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Showing content with the highest reputation since 11/27/2018 in all areas

  1. 20 points
    In addition to bricked boxes due to inattentive upgrades, there seems to be a surge of questions regarding how to select a DSM platform, version and loader. This table should help navigate the options and current state of the loaders. While situations rapidly change, it should be correct as of the listed date. 6.x Loaders and Platforms as of 07/Apr/2019 Loader DSM Platform DSM Version Kernel DSM /dev/dri DSM NVMe cache Boot method CPU Needed Notes 1.04b DS918 6.2 to 6.2.2 4.4.x Supported Supported EFI or Legacy BIOS Haswell or later recommended, AsRock Jxxxx fails on 6.2.2 1.03b DS3615 or DS3617 6.2 to 6.2.2 3.10.x Not Supported Not Supported Legacy BIOS only Nehalem or later 6.2.1+ seems to require Intel e1000e NIC 1.02b DS916 6.0.3 to 6.1.7 3.10.x Supported Not Supported EFI or Legacy BIOS (Jun) MBR (Genesys) Nehalem or later 1.02b DS3615 6.0.3 to 6.1.7 3.10.x Not Supported Not Supported EFI or Legacy BIOS (Jun) MBR (Genesys) Nehalem or later recommended 1.02b DS3617 6.0.3 to 6.1.6 3.10.x Not Supported Not Supported EFI or Legacy BIOS (Jun) MBR (Genesys) Nehalem or later 6.1.7 on ESXi failures reported 1.01 DS916 or DS3615 or DS3617 6.0 to 6.0.2 3.10.x Not Supported Not Supported EFI or Legacy BIOS (Jun) MBR (Genesys) Nehalem or later obsolete
  2. 12 points
    Hi, everyone, Thanks for you patience. A new ds918 loader support 6.2/6.21 is uploaded. whats new: uefi issue fixed. i915 driver updated. link https://mega.nz/#F!Fgk01YoT!7fN9Uxe4lpzZWPLXPMONMA ---Beginning of addition by polanskiman--- ---End of addition by polanskiman---
  3. 9 points
    Решил немного облегчить жизнь новичкам и тем, кто успел подзабыть, где и что лежит. 1. Ссылка на загрузчики от 5.0 до 6.2 2. Как установить на примере загрузчика 1.04b для DSM 6.2 (918+) 3. Совместимость загрузчиков 6.0-6.2 и железа 4. Тестирование и как проверить работает ли транскодинг на примере Asrock J4105-itx, там же сборка extra.lzma с гибернацией дисков 5. Как отредактировать grub.cfg и заменить extra.lzma на работающей хрени 6. Пакет для активации железной кнопки Power off на корпусе хрени (крайняя версия 6.2-0002, на нее и ссылка) 7. Корректное отображение процессора в Информационном центре 8. Librusec на хрени через COPS (скачивание в fb2 и mobi на читалку с wi-fi прямо с хрени) 9. Torrent TV через Ace Stream в docker (актуальные команды в посте ID 273, инструкция в следующем) Просьба ссылки тут не обсуждать, добавляйте свои, если посчитаете полезным.
  4. 8 points
    Hi! I made a little tool which can help you to get your XPEnology up & running without installing any software. It contains (as portable versions): - Nirsoft's USB device view (helps to identify the VID & PID of your USB boot media) - V2.76 - XPEnology Serial Generator for DS3615XS, DS3617XS and DS916+ (a converted version of the HTML site) - Win32 DiskImager (to write your modified synoboot.img to your USB boot media) - V1.0 (only available in V1.4.1) - OSFMount x64 (to mount the synoboot.img and modifiy it) - V1.5 - Notepad++ (best editor for changing values inside grub.cfg) - V7.5.3 - Synology Assistant (useful tool from Synology to find your XPEnology and install DSM) - V6.2-23733 - TFTP/DHCP portable (a small TFTP, DHCP and Syslog server by Ph. Jounin) - V4.6.2 - MiniTool Partition Wizard 10 (helps assigning already formatted/written USB devices to modify existing grub.cfg) - V10.3 - SoftPerfect Network Scanner - V6.2.1 - USB Image Tool - V1.75 - New: Rufus - V3.3 In the section "Downloads" all links open corresponding websites to download the files. For beginners I added a small HowTo for bare-metal installation. Update New link for download: https://mega.nz/#F!BtViHIJA!uNXJtEtXIWR0LNYUEpBuiA You'll have to run it "As Administrator" because some of these tools (like Win32 DiskImager) need to be executed with higher rights. It's possible that the SmartScreen filter will give you a warning, because the EXE isn't signed. Bug reports and comments are welcome Cheers Current version: V1.4.2 (2018-11-19)
  5. 7 points
    Login (replace URL, PORT, USER, PASS) https://URL:PORT/webapi/auth.cgi?api=SYNO.API.Auth&method=Login&version=1&account=USER&passwd=PASS for ActiveBackup its the following urls Get Activationstatus https://URL:PORT/webapi/entry.cgi?api=SYNO.ActiveBackup.Activation&method=get&version=1 Set ActivationStatus (use your SERIALNUMBER) https://URL:PORT/webapi/entry.cgi?api=SYNO.ActiveBackup.Activation&method=set&version=1&activated=true&serial_number="SERIALNUMBER"  for Office365 its the following urls Get Activationstatus https://URL:PORT/webapi/entry.cgi?api=SYNO.ActiveBackupOffice365&method=get_activation&version=1 Set ActivationStatus (use your SERIALNUMBER) https://URL:PORT/webapi/entry.cgi?api=SYNO.ActiveBackupOffice365&method=set_activation&version=1&serial_number="SERIALNUMBER" for GSuite its the following urls Get Activationstatus https://URL:PORT/webapi/entry.cgi?api=SYNO.ActiveBackupGSuite&method=get_activation&version=1 Set ActivationStatus (use your SERIALNUMBER) https://URL:PORT/webapi/entry.cgi?api=SYNO.ActiveBackupGSuite&method=set_activation&version=1&serial_number="SERIALNUMBER"
  6. 6 points
    Hello! I am xpenology user. And I am an IT engineer who creates shell scripts as hobbies. Please understand that it is written by a google translate site. because i’m korean who is not fluent in English. I created a tool to change cpu information for Xpenology’s users. Modify the actual cpu name and cores of your pc or server. Howto Run ============================================================= 1. Download attached file on your PC (ch_cpuinfo_en.tar) / (ch_cpuinfo_kr.tar is file for korean) 2. Upload file to your DSM location (by filestation, sftp, webdav etc....) 3. Connect to ssh by admin account. (dsm > control panel > terminal & snmp > terminal > enable ssh check) 4. Switch user to root: sudo su - (input admin password) 5. Change directory to where ch_cpuinfo_en.tar file is located: cd /volume1/temp 6. Decompress file & check file: tar xvf ch_cpuinfo_en.tar ls -lrt (check root’s run auth) 7. Run to Binary file ./ch_cpuinfo or ./ch_cpuinfo.sh (If you use busybox in DSM 5.x, you can use it as a source file) 8. When you execute it, proceed according to the description that is output. 9. Check your DSM’s CPU name, CPU cores at “information center” ==================================================== Addtional, Adjust binary to excute file made by shc(http://www.datsi.fi.upm.es/~frosal) The tool does not inclue worms, bad code. If you want to edit the CPU information yourself manually, please refer to the contents below. ——————————————————————————————————————————————————————————————— Location : /usr/syno/synoman/webman/modules/AdminCenter Source : admin_center.js / admin_center.js.gz(above 6.2) Add Before -> if(Ext.isDefined(f.cpu_vendor)&&Ext.isDefined(f.cpu_family)&&Ext.isDefined(f.cpu_series)){ o.push([_T("status","cpu_model_name"),String.format("{0} {1} {2}",f.cpu_vendor,f.cpu_family,f.cpu_series)])} if(Ext.isDefined(f.cpu_cores)){o.push([_T("status","cpu_cores"),f.cpu_cores])} Add contents: f.cpu_vendor="Intel";f.cpu_family="Xeon";f.cpu_series="E3-1230 V2";f.cpu_cores="1"; ——————————————————————————————————————————————————————————————— Finally, All descriptions are based on version 6.2, and the actual executable file supports both 5.x and 6.x. Please contact me by comment or bug report, i’ll respond to you as much as possible within my ability. Test & Made Environment ———————————————————————————————————— Base Server : HP Microserver gen8 + VMware ESXi 6.0 + RDM DSM : 6.2-23739 Update 2 (DS3615xs/DS3617xs) 6.1-15284 Update 2 (DS3615xs) ———————————————————————————————————— Thank you!! Have a nice day!! ============================================= Update new version 2018.08.26 I made the tool by adding and improving the function. Please refer to above for how to use it. I delete the old version attached files, new version uploaded and attached. If you use last version tool, you can use without restore. Additional,  It does not yet apply to "mobile web" and "DS finders". it's working.... and... Polanskiman give editable permission to me. so, i can do first article.. thanks Polanskiman !!! ============================================================================ Update new version (ch_cpuinfo ver 4.0) 2018.09.13 1. Mobile support (just 6.x / not yet 5.x) You can see it when you go into mobile browser or "DS mobile" menu in "DS Finder" 2. Improved CPU information collection command Some dmidecode commands have been found to be missing information and have been improved.(Thanks stefauresi !!! ) 3. Edited some variable names I adjusted some inconsistently coded variables Addtional, Usage is the same as before. and Existing users can apply by "2) Rerun". Unfortunately, DS Finder's own app does not reflect system information. It seems to refer to other information and it seems to have to study more. I checked as much as I could ... There may be errors found. Let me know in that time and I will reflect it If you want to edit the CPU information yourself manually, please refer to the contents below. ——————————————————————————————————————————————————————————————— Location : /usr/syno/synoman/mobile/ui (6.x), /usr/syno/synoman/webman/mapp(not yet 5.x) Source : mobile.js / mobile.js.gz(above 6.2) {name: "model",label: _T("common", "ds_model")}, -> Add Back Add Contents: {name: "cpu_series",renderer: function(value){var cpu_vendor="Intel";var cpu_family="Xeon";var cpu_series="E3-1230 V2";var cpu_cores="1"; return Ext.String.format('{0} {1} {2} ({3}Core)', cpu_vendor, cpu_family, cpu_series, cpu_cores);},label: _T("status", "cpu_model_name")}, ——————————————————————————————————————————————————————————————— ============================================================================ Update new version (ch_cpuinfo ver 5.0) 2018.10.30 1. Improved CPU information collection command (Thanks to gericb, Vileserver) Change to pure core value without applying thread, and For Native H/W users, changed to display the number of cpus, the number of cores per cpu, and the number of threads. ## Vmware 1 CPU / 1 Core Setting ## Vmware 1CPU / 2Core Setting ## ex. 1 CPU 1 Core Not support HT -> 1 Core (1 CPU | 1 Thread) 1 CPU 2 Core Support HT -> 2 Cores(1 CPU/2 Cores | 4 Threads) 2 CPU 4 Core Support HT -> 8 Cores(2 CPUs/4 Cores | 16 Threads) Addtional, Let me give you my excuse.... Where I work I count the number of threads by the number of logical cores. It was a habit of judging it because of work, so I was able to display the total number of cores without any thought. I apologize for the wrong information. Core information collection method, please refer to the contents below. ============================================================================================ ## before cat /proc/cpuinfo | grep "processor" | wc -l ## After(The result of the following command is combined and dispalyed.) cat /proc/cpuinfo | grep "processor" | sort -u | wc -l cat /proc/cpuinfo | grep "physical id" | sort -u | wc -l cat /proc/cpuinfo | grep "core id" | sort -u | wc -l cat /proc/cpuinfo | grep "siblings" | sort -u | awk '{print $NF}' cat /proc/cpuinfo | grep "cpu cores" | sort -u | awk '{print $NF}' Update new version (ch_cpuinfo ver 5.2) 2018.12.07 1. Use bash change to sh (for compatibility with DSM 5.x version) #!/bin/bash change to #!/bin/sh 2. Publish the source through github(https://github.com/FOXBI/ch_cpuinfo). For versions DSM 6.x and later, you can use the binary as before. If you use busybox in DSM 5.x, you can use it as a source file(ch_cpuinfo.sh). ============================================================================================ Reference images 1) First run 2) Redi 3) Restore 4) Mobile View Download files ch_cpuinfo ver 1.0 - delete -> ch_cpuinfo_en.tar -> ch_cpuinfo_ko.tar ch_cpuinfo ver 3.0 - delete -> ch_cpuinfo_en.tar -> ch_cpuinfo_ko.tar ch_cpuinfo ver 4.0 - delete -> ch_cpuinfo_en.tar -> ch_cpuinfo_ko.tar ch_cpuinfo ver 5.0 - delete -> ch_cpuinfo_en.tar -> ch_cpuinfo_ko.tar ch_cpuinfo ver 5.2 - update new version -> ch_cpuinfo_en.tar -> ch_cpuinfo_ko.tar
  7. 6 points
    Which DSM version shall I use? This is an oft-repeated question, complicated by the fact that different loaders support different DSM versions AND hardware platforms. In simple terms, DS3615/DS3617 has the widest support for hardware and packages, and DS916/DS918 has support for newer, low-cost CPU's, transcoding and NVMe cache (DS918 only). But the real questions are, what hardware do you have? What hardware do you want to buy in order to support what you want to do? And how does a DSM loader and platform support this? In order to answer, it's useful to understand what hardware is natively supported by DSM. Each DSM version is different as Synology does not need to support many types of hardware, as they build up a specific DSM for each hardware platform they sell. Fortunately, the base Linux kernel has much broader support for hardware than they intend. Most of us guessed at the hardware requirements and made (hopefully) intelligent selections on DSM versus hardware. Some build systems and then are distressed when the hardware isn't fully supported by the DSM platform they choose (sometimes this can be fixed by extra.lzma, and sometimes not). Unfortunately, Synology hardware knowledge is often imperfect, as the main boards are custom designed. Refer to the example below for DS3615 (I hope it will be completed more precisely in the future). DS3615xs Reference Hardware: CPU: Intel Core i3-4130 (Haswell) Chipset: Intel C20x? 4x1Gbe Ethernet: ??? Secondary SATA: ??? 10Gbe OEM: E10G18 (Aquantia AQC107) E10G17 (Mellanox Connect X-2/3/4) E10G15 (Tehuti) With even this information, we can make some good guesses on what hardware might be supported. We certainly can act on the 10Gbe cards since those are well known. Wouldn't it be great if we knew ALL the different drivers that are natively supported? Unfortunately this is a fairly difficult process if you are not a Linux guru (and a bit laborious even if you are). There are "user-reported" hardware compatibility threads out there, but many don't understand that those reports are both DSM version and platform specific. Furthermore, with the way hardware manufacturers reissue hardware with the same name but new PCI device number (such as the Intel PHYs on desktop motherboards), often not enough information is reported to confirm whether a specific piece of hardware is suitable for use. If you aren't sure if your hardware is supported, this post and the complementary DS918 driver guide aim to help you. Download the appropriate Excel spreadsheet to see key driver support in the DS3615 6.1.7 or 6.2.1 Synology custom kernel, and via loadable modules supplied with DSM. Hopefully it will help you select the best DSM platform for your purposes, and possibly inform your hardware purchases. DSM 6.1.7 DS3615 V1.04 2019-Feb-04.xls DSM 6.2.1 DS3615 V1.0 2019-Feb-04.xls
  8. 6 points
    Updated powerbutton package to work with dsm 6.2 for ds3615, ds3617 and ds918+ POWERBUTTON_6.2-0002.SPK or https://www39.zippyshare.com/v/R3ftOA3X/file.html
  9. 5 points
    Перед тем как что-то менять в своей работающей системе, настоятельно рекомендуется сделать резервные копии своих особо ценных данных, чтобы потом не жалеть об их безвозвратной потере. Все, что вы творите - это ваш страх и риск, никто не побуждает вас это делать. Самый простой и надежный способ безопасно попробовать - выключить хрень, отключить все диски и загрузочную флешку от действующей системы, взять чистый диск и другую флешку и попробовать установить новую версию загрузчика и системы, если прокатило, то делать уже на действующей системе. 1. Как установить (подготовительные работы описаны для компа с Windows): а) скачать образ загрузчика 1.04b (исходная тема тут), создать каталог в корне диска без символов на кириллице, например, c:/918/ и поместить туда образ загрузчика б) определить VID/PID флешки или картридера в который она вставлена (Панель управления - Диспетчер устройств - Контроллеры USB - Ваша флешка/ридер - Свойства - Сведения - ИД оборудования, нужно для того, чтобы система DSM опознала этот диск и не пыталась устанавливать себя на него, если неправильно определите и пропишите эти параметры, то система будет вылетать по ошибке 13 при установке в) скачать, установить и запустить программу OSFmount, смонтировать Partition 0 (15 Mb) из файла загрузчика, перед монтированием убрать галку Read-only drive г) скачать, установить и запустить программу Akelpad, открыть файл grub/grub.cfg на ранее смонтированном диске, правим, сохраняем: set vid=0xA234 #VID флешки/ридера set pid=0xB678 #PID флешки/ридера set sn=1780PDN123456 #sn set mac1=001132123456 #mac первой сетевой карты set mac1=001132123457 #mac второй сетевой карты, второй и последующий отличаются от первого на +1 в последнем разряде в шестнадцатеричной системе ... set netif_num=2 #количество сетевых карт ... set sata_args='SataPortMap=6' #контроллер sata, значения: 6 - 1 контроллер на 6 портов; 22 - 2 контроллера по 2 порта; 42 - 2 контроллера, первый на 4 порта, второй на 2 и т.п. Где брать sn и mac - ваша головная боль, гугл в помощь, система установится и будет работать с теми, которые изначально прописаны в загрузчике, но с ограничением функционирования некоторых сервисов и модулей, таких как: QC, пуш уведомления, активация кодеков для транскодинга, установка лицензий syno... Но для большинства и без них будет достаточно. На форуме писали, что прокатывало с sn и mac от других реальных моделей syno, но так не пробовал, поэтому утверждать не буду, кто хочет - дерзайте. д) размонтировать диск в OSFmount е) скачать, установить и запустить программу Rufus и записать ранее подготовленный образ на флешку з) вставить флешку в машину, на которой планируете запустить хрень, подключить диски, включить питание ж) отключить брандмауэр в антивирусе, в браузере набрать http://find.synology.com или установить Synology Assistant с сайта syno и найти вновь установленную хрень в вашей сети и) установить DSM установить хрень следуя инструкциям программы установки и приступить к настройке (как это делать здесь не описываю, ибо все ответы есть в базе знаний syno) Для ленивых есть утилита, где собраны основные проги для Windows x64 2. Если хрень не обнаружилась в сети, то скорее всего в загрузчике нет драйверов для ваших сетевых карт и/или для sata контроллеров. a) запустить программу OSFmount, смонтировать Partition 1 (30 Mb) из файла загрузчика, перед монтированием убрать галку Read-only drive б) скачать extra.lzma из этой темы и перезаписать в смонтированном диске в) размонтировать диск и перезаписать образ с добавленными драйверами на флешку г) попробовать запустить и найти хрень в сети, если не получилось, то увы и ах, либо просить, чтобы добавили дрова для ваших устройств в этой теме или самому их добавлять - теория тут 3. Транскодинг (нужны sn и mac от реальной железки) С наибольшей степени вероятности запустиnся на процессорах Intel начиная с 4го поколения (Haswell), но есть нюансы с моделями материнских плат и биосами. Проверяем следующим образом: hardware (hw) транскодинг - в корне системы должен быть каталог /dev/dri с тремя подкаталогами внутри, если его нет, но нет и hw транскодинга, чтобы проверить - ищем каталог в терминале/ssh командой cd /dev/dri. software (sw) транскодинг - должны подняться соответствующие кодеки, проверить можно командой в терминале/ssh cat /usr/syno/etc/codec/activation.conf Если результат такой, то он есть: {"success":true,"activated_codec":["hevc_dec","h264_dec","h264_enc","mpeg4part2_dec","ac3_dec","vc1_dec","vc1_enc","aac_dec","aac_enc","mpeg4part2_enc"],"token":"абракадабра"} Если ничего похожего нет, то нет и транскодинга. P.S. Просьба к админам прибить тему в шапке и дать мне доступ на редактирование первого поста этой темы, буду добавлять по мере поступления вопросов, ибо задолбали оленеводы, которые задают вопросы по установке, во всех подряд темах.
  10. 5 points
    There is a better way^^ Just activate it: In your browser open the following urls one after another: Replace the following: URL, PORT, USER, PASS, SERIALNUMBER (dont replace any other symbols like : oder ") https://URL:PORT/webapi/auth.cgi?api=SYNO.API.Auth&method=Login&version=1&account=USER&passwd=PASS https://URL:PORT/webapi/entry.cgi?api=SYNO.ActiveBackup.Activation&method=set&version=1&activated=true&serial_number="SERIALNUMBER" To get the current activation status call the 1. query above and then https://URL:PORT/webapi/entry.cgi?api=SYNO.ActiveBackup.Activation&method=get&version=1 ------------------------------ Example for url: server, port: 5001, user: admin, pass: admin, serialnumber: 123400 https://server:5001/webapi/auth.cgi?api=SYNO.API.Auth&method=Login&version=1&account=admin&passwd=admin https://server:5001/webapi/entry.cgi?api=SYNO.ActiveBackup.Activation&method=set&version=1&activated=true&serial_number="123400"
  11. 4 points
    Итак, не сдержался и решил попробовать, что же можно выжать из этой железки. Тестовый стенд: ASRock J4105-ITX, память Crucial DDR4 SO-DIMM 2400MHz PC4-19200 CL17 - 4Gb CT4G4SFS824A, флешка, винт 2.5 на 250 Гиг. Подготовил флешку, как описывал тут, воткнул память, подключил винт и питание. Подключил телек по hdmi, но как выяснилось этого можно было не делать, ибо все взлетело из коробки, даже в биос лезть не пришлось. Потребление по ватт метру 10 ватт, папка /dev/dri на месте, установил Video station, кодеки активировались. С танскодом 4к получилось вот что: На четырех потоках потребление выросло до 30 ватт, радиатор проца заметно нагрелся, по-этому кто планирует использовать сборку в таком режиме - подумайте о хорошем обдуве радиатора. Далее решил проверить гибернацию, поставил этот extra.lzma с помощью этого трюка. Картина получилась не айс, винт периодически просыпался (такое же было давным давно на 6.1 3615), по-этому советую на нее забить, пусть лучше винты постоянно крутятся - целее будут. Далее побаловался с виртуалками, вынь 10 про на таком железе это нечто с чем-то 😂 Вообщем, кому они жизненно необходимы, то будет жить бубунта и виртуальная DSM для опытов, но памяти лучше добавить до 8ми гиг. В выходные планирую поставить на свою рабочую сборку и протестировать скорости копирования. Вывод - вполне годная плата для организации хрени дома. Продолжение следует...
  12. 4 points
    I generated an easy to install package to activate a mainboard connected power button for clean shutting down (instead login in web page). Install package for DSM 5.2, DSM 6.0 and DSM 6.1(.1): powerbutton_6.1-0004.spk powerbutton_6.1-0005.spk I have tested DSM 5.2 and DSM 6.1 for the DS3617 versions only in VM. Please report if there are any problems. Changelog Version 6.1-005 Added Braswell to INFO Version 6.1-004 Minor change for recognizing DSM 6.1.1 Version 6.1-003 Adding support for DSM 5.2 Version 6.1-0002 Combining DSM 6.0 and DSM 6.1 in one package Version 6.0/6.1-0001 Versions for DSM 6.0 and DSM 6.1 Hide
  13. 4 points
    Hi everyone. After a grate help from 'dodo-dk' (You're the best man) and a lot of try and errors i managed to run DSM 6.2.1u6 on Proxmox 5.3-11. I'll share my insights and maybe it'll be useful for someone. Proxmox does have 4 LAN cards model to chose from the list, but as we all know Synology dropped drivers for some devices (e1000, vmware3...) so new version of DSM stopped working on Proxmox. But Proxmox allows you to chose different models (not shown in choosing list) , we just have to add it to 'args:' parameters, just like we did with usb boot key. For this to work you need to know few things: 1) This won't work on OVS bridge/bond - it has to be Linux bridge/bond 2) The Linux bridge/bond has to have gateway set When we are adding LAN card from 'args:' it looks like the LAN card chooses bridge/bond on which the gateway is set, so that's why it's needed to be set. First thing you may check it's if e1000e LAN card is available in your kvm. So in Proxmox shell write command: kvm -device help Under 'Network devices' you should see line: name "e1000e", bus PCI, desc "Intel 82574L GbE Controller" The next step is to find your 'args:' parameters. To do this we need to use another command: qm showcmd YOUR-VM-ID YOUR-VM-ID - is ID of your Xpenology machine with added e1000 LAN card. From the output you need to copy two arguments: netdev and device. In my case it looks like this: -netdev 'type=tap,id=net0,ifname=tap100i0,script=/var/lib/qemu-server/pve-bridge,downscript=/var/lib/qemu-server/pve-bridgedown' -device 'e1000,mac=00:11:32:2c:a7:85,netdev=net0,bus=pci.0,addr=0x12,id=net0' For this to work you have to remove the 'script' parts from 'netdev'' and change model from 'e1000' to 'e1000e' in device argument. you can also remove the " ' " signs. After changes it should look like this: -netdev type=tap,id=net0,ifname=tap100i0 -device e1000e,mac=00:11:32:2c:a7:85,netdev=net0,bus=pci.0,addr=0x12,id=net0 Next you need to add changed arguments in to the VM config file (/etc/pve/qemu-server/YOUR-VM-ID.conf). In my case 'args:' line looks like this: args: -device ich9-usb-ehci1,id=usb,multifunction=on,bus=pci.0,addr=0xa -drive file=/var/lib/vz/images/103/vm-103-USB103b.raw,format=raw,if=none,id=drive-usb-disk2,cache=writeback -device usb-storage,bus=usb.0,port=2,drive=drive-usb-disk2,id=usb-disk2,bootindex=1,removable=off -netdev type=tap,id=net0,ifname=tap103i0 -device e1000e,mac=BA:E2:8A:3B:AC:3E,netdev=net0,bus=pci.0,addr=0x12,id=net0 The last thing is to remove the 'net' device from config file, so just comment or remove the line with 'net' device. In Proxmox web interface the LAN device wont be visible, but it will work. So, summing things up, I'm not Proxmox specialist so i didn't knew all of that. One more time thank you 'dodo-dk' for your knowledge and time. God bless all Xpenology enthusiasts, Xpenology devs and Proxmox for being best free virtualization tool i know.
  14. 4 points
    Hi All After hours or reading, fixing & help from the community via posts and DM's I have finally got a stable system. Thanks to everyone that helped me Really Appreciate It . This is what was needed or what I have done to get this to work. 1. First check out this Table to make sure you using the correct Loader: In my case I used DS3615xs v1.03b 2. Create a new USB with this Loader v1.03b DS3615xs and change the VID, PID, MAC, S/N - See this post if you not sure where to change it. You can ignore the Older Versions listed of the DSM's. 3. Backup you Configs of your NAS. This is going to Settings, Update & Restore, Configuration Backup and then click on Backup Configurations 4. Shutdown your NAS 5. Now Either use the new USB that you have made or Overwrite the one you have. NOTE: Backup the old Grub.cfg File as you might need it again if something goes wrong since you have your old settings listed there. 6. Add the new USB, Power Up and the launch Synology Assistant. If you do not have this you can download it from the Synology Site. 7. Once Installed you Search for your NAS and it should state Migrate. 8. Click Migrate and you can Decide if you want to Migrate Or Clean Install 9. Click Next and now when it asks for the DSM select the Manually Install Option and download the .pat file from here - https://archive.synology.com/download/DSM/release/6.2/23739/ 10. Let the NAS do its thing and after a while you should see the Logon Page. NOTE: If you log on and you get Loading in Chrome and nothing else OR in I.E logs on and after 30 Seconds it crashes (Everything Stops, LAN, Services etc...) Reboot your NAS and follow the below. 1. SSH via Putty 2. Log On with your Admin/Root Account or User Account 3. If User Account then type sudo -i and enter the Admin/Root Password 4. Type ls -la / 5. You should see a folder called .xpenoboot 6. sudo rm -rf /.xpenoboot 7. Type ls -la / to check it is removed 8. Reboot your NAS by typing reboot Back to setup: 11. You now should be able to Log On and complete the update to DSM 6.2-23739 Update 2 12. If you do not see this you can do it via SSH as well. A. SSH via Putty B. Log On with your Admin/Root Account or User Account C. If User Account then type sudo -i and enter the Admin/Root Password D. cd \@autoupdate/ E. ls -l (Should Be TOTAL: 0) The Below Downloads DSM 6.2-23739 Update 2: If You Using DS3617xs Then Change This - !!!! DO NOT RUN THIS BEFORE CHECKING !!!! F. In Putty Copy & Paste - wget https://archive.synology.com/download/DSM/criticalupdate/update_pack/23739-2/synology_bromolow_3615xs.pat --2019-01-18 20:33:31-- https://archive.synology.com/download/DSM/criticalupdate/update_pack/23739-2/synology_bromolow_3615xs.pat Resolving archive.synology.com... Connecting to archive.synology.com||:443... connected. HTTP request sent, awaiting response... 200 OK Length: 20963899 (20M) [application/octet-stream] Saving to: 'synology_bromolow_3615xs.pat' synology_bromolow_3615xs.pat 100%[===================================================================================================================================>] 19.99M 347KB/s in 36s 2019-01-18 20:34:08 (570 KB/s) - 'synology_bromolow_3615xs.pat' saved [20963899/20963899] G. Now Check that it is all OK - synoupgrade --check-pat /volume1/@autoupdate/synology_bromolow_3615xs.pat (Change The Volume To Your One Can Be 1, 2, 3, 4, etc...) UPGRADE_CHECK_PAT Patch type is CU Check patch successfully H. Install The Update - synoupgrade --patch /volume1/@autoupdate/synology_bromolow_3615xs.pat (Change The Volume To Your One Can Be 1, 2, 3, 4, etc...) UPGRADE_PATCH Start DSM update... I. You should see the below after a few minutes. Let you NAS reboot and once up and running it will be on DSM 6.2-23739 Update 2 Broadcast message from root@NASNAME (unknown) at 20:36 ... The system is going down for reboot NOW! 13. Log On to your NAS and check all your settings, App etc.. One thing I noticed there was 2 Tasks that i needed to disabled. This is under Settings, Task Scheduler I hope this works for everyone. Leave your comments / updates below if anything needs to get changed Thanks
  15. 4 points
    Bump for the addition of the 6.2.1 driver guide for DS3615. Comparing 6.1.7 and 6.2.1 is interesting, and I'll summarize findings here: r8168/r8169 support was completely removed from 6.2.1 on this platform Intel i40e and ixgbe drivers were enhanced on 6.2.1 to support newer cards Mellanox mlx4 and mlx5 drivers were enhanced on 6.2.1 to support newer cards Comparing DS3615 and DS918, in most cases there continues to be significantly better native driver support in DS3615, especially for 10Gbe+ cards. DSM supports many more 10Gbe+ cards than Synology lists on their compatibility matrix. However, loader 1.03b is really just broken, with many drivers causing kernel panics at boot, and some not working at all. Those who would use the driver list to inform an expensive hardware purchase should proceed with caution, and/or be willing to step backward to 1.02b and DSM 6.1.7 for compatibility reasons. @jun, if you are reading: there remains a need for the native driver library on DS3615 or DS3617, so if you can work 1.04b magic on the either platform, the community would benefit.
  16. 4 points
    Инструкция по установке крайней версии прокси: 1. Ставим Docker в Центре пакетов хрени. 2. На виндовой машине ставим PuTTy, на *nix пользуемся терминалом. 3. Заходим на хрень по ssh. 4. Устанавливаем контейнер командой sudo docker run -d --privileged --net=host --name=ace86fed -e TZ=Europe/Moscow sybdata/ace86fed:v3133 bash -c "/bin/start.sh 600" --name=ИМЯ_КОНТЕЙНЕРА - можете править на какое нравится, но тогда в следующей команде нужно будет его подставлять TZ=Europe/Moscow - думаю, что не нужно объяснять, что это... 5. Заходим в контейнер: sudo docker exec -it ace86fed /bin/bash 6. Правим учетку на ТТВ в файле /opt/HTTPAceProxy-master/plugins/config/p2pproxy.py (midnight commander есть в контейнере, либо используем встроенный редактор nano): nano /opt/HTTPAceProxy-master/plugins/config/p2pproxy.py # Insert your email on torrent-tv.ru here email = 're.place@me' # Insert your torrent-tv account password password ='ReplaceMe' 7. Ставим ffmpeg, если нужно будет смотреть архивы ТТВ. yum install ffmpeg 8. Перезапускаем контейнер в вэбморде хрени в Docker. 9. Закрываем PuTTy или терминал. Все! Качаем плейлист или настраиваем девайсы/приложения на http://ip_или_домен:8000/channels/?type=m3u
  17. 3 points
    Bonjour, je me suis juste inscrit pour dire un énorme merci à Jun, Polanskiman et tous ceux qui ont bossé sur le projet XPEnology. Ces deux dernières semaines j'ai pu passer d'un DSM 5.0 à 6.1.7 presque sans aucun soucis sur une Asrock C2550 (neuve, l'ancienne ayant lâché après un peu plus de 4 ans de bons et loyaux services, ce qui est assez long pour ce modèle apparemment...) grace à votre boulot génial et la communauté qui m'a permis de contourner les problèmes commun à ce matos. Bravo et encore merci à vous tous pour rendre cela possible !
  18. 3 points
    Hi Everyone! I'm sorry for creating this thread but after reading some topics I've found that somebody has any troubles with installing XPenology on Proxmox. This also concerns me - I have a trouble with 6.2 on my Microserver Gen 8 with Proxmox on it - no network devices. So, after some attempts I have a success with 6.2 DSM with 3615xs and 3617xs only with 6.2_23739 with manual Installation. After fresh install I make a full backup, so this can be used as template. There are 6.1 and 6.2 of DSM version. So, You just need to copy this backup to Your Backup Directory in Proxmox and Restore it. 3615xs and 3617xs has successfully tested on HP MicroServer Gen 8 / Proxmox 5.3.5 | 5.3.6! DS918 was successfully installed on SuperMicro SYS-1029P-WT with Intel Xeon Silver 4110. I've decided to publish it to for everybody too. Download Link --------------->>>>> MEGA.CO.NZ There are some several important points: TWO Network Interfaces. First NIC is disabled. It has been done because for DSM first device must be with suitable MAC which is fixed in Grub. If You need multiple instance of DSM (as me) - it's costly to mofidy everytime Grub. So Second NIC uses any MAC address from Proxmox. TWO Disk Drives. Firsk disk - is bootable disk made by Jun! Don't try to use is as Storage. (maybe it's painfully, I haven't checked). Second Drive - it's a System Drive where was DSM has already installed. Second drive capacity - 6 GB! For me it's suitable - I use free capacity 1.3 GB only for Software and another drive for everything. If You need more for System Drive - Just Resize Disk before first start/initialization. I have tested that there is no errors after resizing before first initialization. Boot Drive - Sata0.
  19. 3 points
    Before you begin to change something in your working system, it is strongly recommended to make backups of your most valuable data, so you do not regret about their irretrievable loss. Everything you do is your fear and risk, no one encourages you to do it. The easiest and most reliable way to safely try to do it, turn off all the disks and the boot flash drive from the current system, take a clean disk and another USB flash drive and try to install a new version of the bootloader and the system, if it rolled, then do already on the current system. 1. How to install (described for a computer with Windows): a) download the 1.04 b boot loader image (the original theme is here), create a directory in the root of the disk, for example, c:/918/ and put the bootloader image there b) determine the VID/PID of the flash drive or card reader into which it is inserted (control Panel-Device Manager-USB Controllers-Your flash drive/reader-Properties-Information-hardware ID, you need to ensure that the DSM system recognizes this disk and does not try to install itself on it, if you incorrectly define and register these parameters, the istall process will crash by mistake 13) c) download, install and run the OSFmount program, mount Partition 0 (15 Mb) from the bootloader file, remove the "Read-only drive" checkbox before mounting d) download, install and run Akelpad, open grub/grub file.cfg on previously mounted disk, edit and save: set vid=0xA234 #VID flash drive/reader set pid=0xB678 #PID of flash drive/reader set sn=1780PDN123456 #sn set mac1=001132123456 #mac of the first network card set mac2=001132123457 #mac of the second network card, the second and subsequent differ from the first by +1 in the last bit in the hex system ... set netif_num=2 #number of network cards ... set sata_args= 'SataPortMap=6' # sata controller, values: 6 - 1 controller on 6 ports; 22-2 controllers on 2 ports; 42-2 controllers, the first on 4 ports, the second on 2, etc. Where to get sn and mac - is your headache, Google will help you, the system will be installed and will work with those that are initially registered in the bootloader, but with the restriction of the functioning of some services and modules, such as: QC, push notifications, activation of codecs for transcoding, installation of syno licenses... e) unmount the disk in OSFmount f) download, install and run the Rufus program and record the previously prepared image on a flash drive g) insert the flash drive into the computer on which you plan to run xpen, connect the drives, turn on the power h) disable the firewall in the anti-virus, in the browser type http://find.synology.com or install Synology Assistant from the syno website and find the newly installed xpen on your network j) install DSM following the instructions of the installation program and start setting up (how to do it here is not described, because all the answers are in the syno knowledge base) There is a utility where the main programs for Windows x64 are collected 2. Transcoding (needs sn and mac from real syno hardware) Most likely to run on Intel processors starting from the 4th generation (Haswell), but there are nuances with motherboard models and BIOS. Check as follows: hardware (hw) transcoding - at the root of the system should be a directory /dev/dri with subdirectories in it, if not, but there is no HW transcoding to check - look for the directory with the terminal/ssh command cd /dev/dri . software (sw) transcoding - some codecs must run in DSM, you can check it with the command in the terminal / ssh cat /usr/syno/etc/codec/activation.conf If the result is the same, sw transcoding will ran {"success":true,"activated_codec":["h264_dec","h264_enc","mpeg4part2_dec","hevc_dec","aac_dec","aac_enc","ac3_dec","vc1_dec","vc1_enc"],"token":"123456789987654abc"} If there is nothing similar, there is no sw transcoding. 3. Perhaps the most optimal budget solutions with transcoding will be the following: ASRock J4105-ITX Asrock J5005-ITX Who wants more - use mb with the latest generation of Intel processors with Intel i210 or realtek 8111 . But this is already determined by the size of the your wallet and the functionality that you additionally want to get from xpen. P.S. Sorry for my english 😂
  20. 3 points
    Just completed a new build, using an Asrock H370M-ITX board and 1.04b loader / DSM 6.2.2-24922, all fully functioning without any hassle or additional drivers. With 6 onboard SATA ports and 2 Intel NICs this is an ITX board to recommend.
  21. 3 points
    Aide au choix d'une configuration /!\ Ce post est uniquement basé sur mes choix, et mes idées. Il est là dans le but de vous guider dans vos choix et si possible à vous aider à faire le bon choix. Je ne parlerai ici que de CPU Intel "grand public" ( Pentium, i3, i5 ... ), pas de Xeon ( pour le moment ). Je ne parle volontairement pas d'AMD car sa compatibilité avec Xpenology est plus compliquée qu'avec Intel, c'est pour cela que j'ai choisi Intel. Sommaire : Exprimer son besoin Choisir le modèle de carte-mère Le choix du processeur ( CPU ) Le choix de la RAM Le choix de l'alimentation Le choix de l'onduleur Choisir ses disques dur Les cartes d'extension PCIe 1/ Exprimer son besoin ( puissance, taille, .. .), prévoir le futur sans oublier le budget ! Tout d'abord il faut bien réfléchir à ce qu'on souhaite faire ( avec son Xpenology ), ce qu'on pourrait être emmené à faire, et ce qui ne nous intéresse absolument pas. Voici une liste des utilisations "courante" : - Serveur de fichiers local - Serveur de fichiers à distance ( SFTP ) - Serveur multimédia "simple" ( dnla, smb, ... ) - Serveur multimédia complet ( Emby, Plex, ... ) - ... La taille de la carte-mère dépendra du boitier que vous allez choisir ! Le boitier, c'est lui qui contient tout, trop gros n'est pas forcément pratique mais c'est ce qui permet le plus de flexibilité car il est possible d'y mettre une alim "standard" ATX, une carte-mère du même standard, ... Les cartes mère aux format ATX ont tous les avantages, elles ne sont généralement pas trop chère et possèdent le plus de ports SATA, slots de RAM, .... Ensuite il y a les cartes-mères format mATX, entre l'ATX et l'ITX elle possède un encombrement moyen tout en disposant en général d'au moins 4 ports SATA et de 2 slots de RAM de taille "normal" ( DIMM ). L'ITX est le format idéal pour une machine compacte, la carte-mère ne dépassant pas les 17cmx17cm. Certains modèles sont "classiques" avec un socket permettant d'y mettre le processeur de notre choix et deux slots de RAM, d'autres sont pré-équipé de processeur et possède en général des slots de RAM dit "So-DIMM", ce sont des barrettes mémoires plus courtes, utilisé en général dans les PC portable. Ces cartes prééquipées ont généralement des processeurs dits "fan-less" donc sans ventilateur, l'avantage c'est le silence, mais par contre ces processeurs sont généralement peu puissant ( bien que suffisant pour une utilisation classique d'un NAS ). Recapitulatif : ATX : Le choix ( de modèle de carte-mère et de boitiers ), les connectiques disponibles - l'encombrement mATX : Le choix ( de modèle ), le prix - Connectiques "généralement moins fournis, moins de slot de RAM, faible choix de boitier pouvant contenir plus de 5 ou 6 disques dur. mITX : Compact, choix plus important de boitier style "NAS", le silence ( pour les cartes déjà équipées de CPU ), la consommation électrique ( pour les cartes déjà équipées de CPU ) - Le prix, la puissance ( pour les cartes déja équipé de CPU ) 2/ Choisir le modèle de carte-mère ? J'ai mon boitier, je sais quelle carte-mère je peux y mettre, maintenant il me faut choisir un modèle parmi les 10ène et 10ène de modèles existants ! 1er conseil : Choisir une marque connue ! Bien que la panne puisse arriver même sur des grandes marques, le risque est beaucoup plus faible. Quand on fabrique un NAS, on le veut fiable et ne pas avoir peur de se réveiller un matin avec tout de "planter" ! Voici des marques connues : AsRock, Asus, MSI, Gigabyte et ce n'est pas parce que c'est une marque que c'est forcément plus cher ! Parfois malheureusement, pour certains types bien particuliers ( comme les cartes à CPU intégré, il faut se tourner vers des marques un peu moins connues afin d'avoir du choix ! ). 2ème conseil : Choisir une carte récente avec un Socket actuel ! Actuellement, ( 01/2018 ) le Socket d'Intel ( pour le grand public ) est le 1151, avant lui il y avait le 1150. Certains vendeurs vendent encore des cartes avec ce vieux Socket, méfiez-vous, cela peut être un bon plan ( car souvent moins cher, mais assurez-vous de trouver le CPU compatible qui sera surement plus dur à trouver qu'un CPU actuel ! ) 3ème conseil : Assurez-vous de la compatibilité de la ram avec votre carte-mère, si vous choisissez une carte mère 1151, il vous faudra de la DDR4, ensuite il faut vérifier le format ( généralement DIMM ( le SO-DIMM étant principalement pour les pc portables et certaines carte-mère au format MITX ) ), la fréquence et le CAS. Votre besoin de stockage est-il important ? Si oui, il faudra vous concentrer sur les cartes-mères possédant assez de ports SATA pour votre NAS et même pour la suite ! À savoir qu'il est aussi possible d'y ajouter des cartes d'extension proposant 2 à 4 ports SATA par port PCIe mais les vitesses de ses cartes sont inférieures a ce que proposent les ports intégrés à la carte-mère. Les cartes d'extension font l'objet d'une explication "en plus" en fin d'article afin de revenir sur les vitesses max. suivant l'interface utilisée, ... Est-elle compatible ? La grande question ! Une fois la carte-mère idéale trouvée, il faut vérifier qu'elle soit compatible avec Xpenology. Pour cela, une recherche sur le forum s'impose ! L'idéal serait de trouver un membre ayant la carte-mère que le modèle choisit afin de savoir si elle est compatible ! Exemple : Votre choix se porte sur cette carte-mère, une AsRosk Z370M Pro4. Une simple recherche dans le forum avec la référence de la carte-mère, nous indique ce post : Dans ce message, on peut voir le membre "EVOTk" utilise la même carte-mère, et a effectué avec succès la MAJ 6.2 Update 4 sous Jun's Loader v1.03b DS3615xs et sans avoir besoin du "extra" personnalisé. On peut donc être sur à 100% que la carte-mère que l'on a choisi sera compatible avec Xpenology. Mais que faire si personne n'utilise la même carte-mère que celle de notre choix ? Dans ce cas, que vérifier ? Principalement, il faut vérifier 2 choses : le chipset de la carte-mère, qui gère les ports SATA ( entre autres ) et le contrôleur réseau. Si on reprend l'exemple de la AsRosk Z370M Pro4, le chipset est "Z370" et le contrôleur réseau est "Giga PHY Intel® I219V", on retrouve ses infos dans les caractéristiques détaillées. On emploie toujours la même méthode, on va chercher si quelqu'un utilise une carte-mère donc le chipset est identique et avec succès, et idem pour le contrôleur réseau ! 3/ Le choix du processeur ( CPU ) : Le choix du CPU, va se faire en fonction : - de la carte-mère choisie ( il faut que le socket soit le même, et que le chipset soit compatible ), chez tous les fournisseurs connus de carte-mère, il est possible de trouver pour chaque carte-mère la liste des CPU supportés par celle-ci ( généralement dans "support" ). - de la puissance voulu pour votre NAS. - du budget que vous vous êtes fixé. Dans le monde du CPU, il y a tous les prix, cela va du CPU peu puissant a 30€, jusqu'à 500, 600 ou même plus de 1000€ ! Un bon indice pour connaitre la puissance d'un CPU est le "PassMark®", c'est une société privée de développement de logiciel qui propose des notes sous forme de score pour chaque CPU, GPU, ... en fonction de sa puissance de calcul ! Il est donc simple de comparer 2 processeurs ! Exemple : Intel Core i3-4130 ( c'est le processeur qui équipe nos DS3615xs ), sont score est de 4796 ( on peut aussi voir d'autres informations comme le nombre de cœur physique / logique, son TDP, son score si on n'utilise qu'un seul coeur ( ici, 1961 ). Maintenant, nous allons le comparer a l'Intel Celeron J3355 ( c'est le processeur qui équipe nos DS218+ ), son score est de 1180 ! Soit 4 fois inférieur au processeur du DS3615xs ! On peut donc en conclure ( grossièrement ) que le processeur du DS3615xs est 4 fois plus puissant que le processeur du DS218+. Ok, j'ai compris, mais à quoi ça sert d'avoir un gros processeur dans un NAS ? Et c'est bien beau ton score mais 1000 ça représente quoi au final ? Dans un NAS à proprement parler, avoir un processeur puissant n'est pas forcément utile ( bien qu'en cas d'utilisation de RAID, cela permet que les reconstructions en cas de pertes d'un disque ne dur pas des jours ! ) mais maintenant les NAS ne servent plus uniquement à stocker des fichiers ! Ils servent également de petits serveur web, de serveurs SFTP, ... mais aussi principalement de serveur de fichiers multimédias ou pour la virtualisation, et c'est pour c'est deux dernières applications que la puissance du CPU va tout changer ! Pour une simple utilisation de stockage de fichiers, alors un processeur "bas de gamme" avec un score de 1000 points environ sera largement suffisant pour une expérience satisfaisante. ( À titre d'exemple, beaucoup sur le forum utilise Xpenology avec un AMD Turion II N54L ( installé dans les G7 N54L NHP ), c'est un processeur qui possède un score de 1300 points et est largement suffisant pour une utilisation classique d'un NAS. Malgré tout, si vous deviez partir sur du neuf, je vous conseillerai de prendre un processeur avec au moins 2500 points, afin de ne pas vous retrouver trop vite limiter au cas où vos besoins augmentent. Vous avez dit : Serveur multimédia ? Soit vous ne faite que de la lecture en local, et il faut que les clients qui lisent les vidéos sur le NAS soient compatibles ( h264, h265 , ... ) et dans ce cas cela ne demande aucune puissance au NAS, c'est-ce que je définis comme une utilisation en "Serveur multimédia simple" Ou alors votre NAS doit être puissant afin de pouvoir lui-même décoder le flux afin de le rendre compatible avec le client ( box tv, télévisons connecté, ... ). À titre d'exemple, le score "passmark" d'un CPU capable de décoder un flux 1080p sur Plex doit être supérieur à 2000 pour qu'il soit capable de le faire. Exemple : Si on cherche sur Google le passmark pour le G4400 ( https://www.google.com/search?q=G4400+passmark ), on peut voir qu'il a un score de 3500 points, il est donc capable de décoder un flux sans soucis, par contre, il ne sera pas capable de faire 2 flux en même temps, pour cela il aura fallu que son score soit supérieur à 4000 points ! Si vous souhaitez plus de détails : Voici les recommandations PassMark pour Plex suivant le type de transcodage : 4K HDR (50Mbps, 10-bit HEVC) file: 17000 PassMark score (being transcoded to 10Mbps 1080p) 4K SDR (40Mbps, 8-bit HEVC) file: 12000 PassMark score (being transcoded to 10Mbps 1080p) 1080p (10Mbps, H.264) file: 2000 PassMark score 720p (4Mbps, H.264) file: 1500 PassMark score Source : Plex Support 4/ Le choix de la RAM : Quelles quantités de RAM choisir ? Je répondrai a cette question : 4 Go. Ne sachant pas quoi choisir, javais moi-même choisi 8 Go pour "être sûr". Au final, pour une utilisation "classique" c'est beaucoup ! À titre d'exemple, avec une utilisation de mon NAS, principalement en serveur multimédia ( 3 à 4 transcodages simultanés, serveur web, ... ) je ne suis jamais au-dessus de 40% d'utilisation. De plus, la DDR4 ne se vend pas en barrette inférieur a 4 Go. Seules des applications bien spécifiques peuvent vous demander plus ( virtualisation par exemple ). La RAM est également un élément qui se rajoute facilement sur un serveur. Comment la choisir ? Il faut regarder ce que préconise le fabricant du processeur et le fabricant de la carte-mère. Nous allons prendre comme exemple, la carte-mère AsRock Z370M Pro4 et le CPU I5-8600k. Voici les recommandations pour le processeur : Et celle pour la carte-mère On trouve toujours ces informations dans les caractéristiques détaillées des constructeurs. Le constructeur du processeur préconise de la RAM DDR4@2666Mhz. Le constructeur de la carte-mère dit, que nous pouvons utiliser de la DDR4 parmi toutes ces fréquences : "4300+(OC)* / 4266(OC) / 4133(OC) / 4000(OC) / 3866(OC) / 3800(OC) / 3733(OC) / 3600(OC) / 3200(OC) / 2933(OC) / 2800(OC) / 2666 / 2400 / 2133" du moment que la mémoire est non-ECC ( nous reviendrons sur le non-ECC plus tard ). Pour moi, un NAS c'est fait pour être le plus fiable possible, j'élimine déjà toutes RAM dites "Overclocker". Il nous reste comme choix : 2666 / 2400 / 2133, on retrouve le 2666Mhz, ce que intel préconise mais aussi deux autres fréquences. N'importe quelles barrettes ayant ces fréquences seront compatibles ! Suite a venir.... RAM ECC, CAS ? Kezako ? 5/ Le choix de l'alimentation : C'est tout comme le reste un élément important de votre configuration ! Voici un lien pratique sur le site de MSI pour estimer la consommation max de votre configuration, en fonction de votre CPU, ... => MSI Power Supply Calculator BeQuiet le propose également ICI. Pour la suite je vais faire mon exemple avec le simulateur d'MSI. Le simulateur ( de MSI ) calcule large* mais permet d'avoir une bonne idée de ce que va consommer au maximum notre NAS maison. * Par exemple, le simulateur estime la conso max d'un DD à 25W, les Disques Durs spécials NAS ne dépassent jamais 15W et la plupart sont à moins de 10W. Comme pour le reste, je vais faire une estimation en me basant sur ma config personnelle, soit i5-8600K, 7 HDD, 1 carte PCIe, 3 ventilateurs. Le simulateur d'MSI m'estime 297 Watts max ( le simulateur de BeQuiet estime 223 Watts ). Il me faudra donc au minimum une alim de 300W. Dites-vous bien que ceci est une consommation maximale cela ne représente pas la consommation réel de votre NAS. et les certifications ? Ça sert a quoi ? La certification 80 PLUS sert à promouvoir le rendement de l'alimentation. Plus le grade est élevé ( Bronze, Silver, ... ), plus l'alimentation à un bon rendement ! Pour avoir une alimentation avec un bon rendement, il n'y a pas de secret, il faut de bons composants à l'intérieur ! C'est donc un gage de qualité de l'alimentation. Voici ce que nous dit la norme 80 PLUS : Wikipédia Par exemple une alim 80 PLUS Bronze a 20% de charge doit avoir au minimum 81% de rendement pour être certifié. Une 80 PLUS Titanium elle devrait avoir 94% de rendement ! Note : Choisir une alim de 1000W alors que son PC ne consomme que 200W n'est pas un problème en soi ( le coup de l'alim est juste plus élevé ), par contre pour le bien de votre alimentation, faite en sorte que votre alim ne tourne pas en dessous de 20% de charge. En dessous d'une certaine charge, certaines alims ont du mal a stabiliser leurs tensions ( d'ailleurs on peut voir que a 10% de charges, seules les "Titanium", soit les plus hauts de gamme, sont testées. ). Les différents format : ATX, SFX, .... Dans les alimentations, on trouve différents formats ATX, ITX, Mini-ITX , FlexATX ... Le choix du format d'alimentation se fait un fonction du boiter ! Par exemple, si le boitier "Antec DF500" m’intéresse. Dans les caractéristiques du boitier je voit tout de suite, qu'il me faut un alimentation ATX : Si c'est le boitier Antec ISK 310-150 qui m'interesse, alors je voit dans les caractéristiques qu'il me faut une alimentation Mini-ITX et que le boitier est déja fournis avec une alimentation de ce format et d'une puissance de 150W : Les alimentations les plus courante sont les ATX, ce sont les plus encombrante, mais également les moins chère au niveau prix/puissance. Vous avez dit, Modulaire ? A venir 6/ Le choix de l'onduleur : Il existe sur le marché 3 types d'onduleur ( UPS / Uninterruptible power supply ou en français Alimentation Sans Interruption ). Cet appareil va servir de relais en cas de coupure de courant, mais pas seulement ! Il va aussi protéger vos appareils contre les sur/sous tensions, les parasites, la foudre, ... C'est un élément indispensable pour être tranquille ! Et encore plus en cas de RAID, en cas de coupure brusque de courant, c'est tout le RAID qui peut être corrompu et même s'il est très rare de perdre ses données à cause de cela, cela engendre une reconstruction longue et éprouvante pour les disques dur ! Les trois type d'onduleur sont : Off-line / Line-Interactive / Online Le Off-Line est le moins performant, c'est un modèle à bannir ! D'un temps de réponse très long, il ne sera pas protégé efficacement votre installation. Garder votre argent. Le Line-Interactive est une amélioration du Off-Line, avec son régulateur de tension, il est capable de compenser les variations de tension, et aussi de réagir très vite ( 2ms, voier moins ). Le On-Line est la "Roll-Royce" des onduleurs, sur ce type d'onduleur, le matériel est en permanence alimentée par la batterie ( qui se recharge donc en même temps si le courant n'est pas coupé ). Le temps de réponse est donc de 0ms, et d'un courant parfait tout le temps, puisque fabriqué en permanence par l'onduleur, toutes perturbations extérieures ne viennent pas jusqu’au matériel. Source : LDLC Pour nous, le meilleur choix est le Line-Interactive, il protège efficacement tout en restant dans une gamme de prix raisonnable ( les On-Line étant réservés à un usage bien spécifique sont hors de prix ! ) Pour la puissance, tout dépend de votre configuration, un conseil, prévoyez large ! Un onduleur prévu trop juste s'use plus vite et ne permet pas de faire évoluer sa config ! Un onduleur de bonne qualité est un achat sur le long terme ! La puissance d'un onduleur est toujours donnée en VA, et en Watts. Nous allons nous intéresser aux Watts. ( attention également à vérifier qu'il possède les prises qui vous conviennent ) Exemple : Onduleur parafoudre APC Back-UPS Pro 550 C'est un onduleur de 550VA/330Watts, Line-Interactive comme le dit sa fiche technique. Notre config AsRock Z370M Pro 4 - i5-8600K, 4 x Disque Dur 8 To Red Pour une carte-mère, on estime 20W environ, le i5-8600K a un TDP de 65W, par abus de langage, nous estimerons que cela est sa consommation max*, pour un disque dur RED nous prendrons une consommation de 10W ( c'est un peu moins en réel pour les RED, par contre certains disques consomment environ 11/12W ). Donc si on résume : CM + CPU + DD = 20 + 65 + 4x 10 = 125W, sachant de l'alimentation va un peu consommer, les ventilo du boitier également mais tout cela est négligeable ! Notre onduleur de 330W est donc largement capable ! Note : Si vous souhaitez également brancher votre BOX, ... dessus, n'oublier pas de le prendre un compte ! Il faut compter environ 15W pour une LiveBox, Freebox, ... ( Voir ici ). 7/ Choisir ses disques dur : Les disques durs, sont'ils tous identiques ? Alors non, les disques dur ne sont pas tous identiques ! Dans les grandes lignes, il y a deux tailles : 3"5 et 2"5 et 2 vitesses 5400 ( ou 5900 ) et 7200. Les tailles 2"5 sont souvent utilisé au pc portable, dans un pc "fixe" ou un serveur on utilise des 3"5 qui ont un prix au To bien meilleur ! Dans les vitesses, les disques tournant plus vite ( 7200rpm ) sont les plus performant, les 5400rpm étant ( toujours en règle général ) moins performant, mais aussi moins bruyant. Et les disque dit NAS alors ? Western Digital ( WD ), et Seagate font des disques spécial NAS ( WD Red et Seagate IronWolf ). Chez WD : Leur gamme NAS s’appelle RED, il y a les RED et les RED Pro. Les RED sont des disques 5400rpm. Garantie 3 ans Les RED Pro sont des disques 7200rpm. Garantie 5 ans Chez Seagate : ..... A VENIR Mais alors je ne peut pas mettre un disque "normal" ? Si bien sur, aucun soucis, mais bien que je n'est pas d'expérience personnel sur l'utilisation de disque classique dans un NAS, vous risquez de voir vos disques mourir plus vite qu'un disque NAS. Les disques de PC n'étant pas conçu pour travailler H24. 8/ Les cartes d'extension PCIe : Les cartes PCIe sont un moyen simple est rapide d'ajouter des ports SATA sur un ordinateur ! Les cartes "classiques" possèdent 2 ou 4 ports SATA ! Les performances sont-elles identiques ? Avant de parler des performances des cartes d'extension, nous allons parler des performances max. d'un port SATA directement connecté à la carte-mère ! Source : Wikipédia À l'heure actuelle, toutes les nouvelles cartes-mères sont équipés de ports SATA 3 ou SATA 6Gbit/s ou encore SATA 600, a chaque fois cela désigne la même chose. La vitesse max théorique est de 6 Gbit/s soit 768 Mo/s max. Idem pour les cartes d'extension, elles se doivent d'être équipé de ports SATA 3. Maintenant, revenons à nos moutons ! Comment connaitre le débit max de sa carte d'extension ? Pour cela, nous allons nous aider de ce tableau : Source : Wikipédia Exemple 1 : Et comme exemple, nous allons vouloir connaitre le débit max possible avec cette carte d'extension, vendu 41€ chez LDLC. 2 choses à connaitre, la version du Bus utilisé et la largeur de celui-ci. Dans l'exemple ci-dessus on peut lire : "Conforme aux bus PCI Express 2.0 5GBPS" et "PCI Express 1x". Si on regarde le tableau, qu'on regarde a la colonne PCIe 2.0, le débit par ligne est de 500 Mo/s. Notre carte ne possédant qu'une seule ligne ( PCI Express 1x ), donc la vitesse de la carte ne pourra pas dépasser 500 Mo/s. ( et ceux pour les deux ports SATA présent ! ). Les deux ports SATA devront se partager 500Mo/s ( et non 500 Mo/s pour chaque port ! ). Exemple 2 : Ici une autre carte vendue un peu plus cher ( 50€ ), toujours sur LDLC et qui possède également 2 ports SATA. On peut lire : PCI Express 2.0 2x, c'est donc du PCIe 2.0, avec une largeur de bus de 2 lignes ( 2x ). Si on regarde la colonne PCIe 2.x, on peut voir un débit par ligne de 500 Mo/s. Notre carte possédant 2 lignes, alors le débit théorique sera de 2x 500Mo/s soit 1000 Mo/s ! Par rapport a l’exemple précédent, les 2 ports SATA n'auront pas a se partager 500 Mo/s mais le double, soit 1000 Mo/s. Un gain non négligeable pour quelques euros de plus. Conclusion : Pour une utilisation "classique", sachant qu'un disque dur pour NAS a un débit de lecture d'environ 150Mo/s, la 1ère carte est largement suffisante ! Même avec 2 disques ( 2x 150Mo/s => 300Mo/s ), la carte ne saturera pas. Là ou le choix d'une carte plus performante peut être intéressant, c'est en cas de RAID, d'une carte PCI avec plus de 2 ports SATA, ou dans le choix de SSD, où dans ce cas les vitesses de lecture et d'écriture peuvent être grandement augmentées. et ou votre carte d'extension peut être un "frein" aux performances. Je rajouterai aussi une info importante et bonne à savoir, une carte PCIe 1x ou 2x , .. peut-être utilisée dans un port PCIe 16x sans soucis, seulement la vitesse de transfert sera dépendante de la carte et non du port.. Par contre l'inverse n'est pas possible, par exemple il n'est pas possible d'utiliser une carte PCIe 8x dans un port PCIe 4x . Note : Afin de ne pas polluer le topic, merci de me signaler les fautes grammaires / orthographes / ... par MP 😘
  22. 3 points
    Hi, I removed the faulty i915 drivers from extra, you can download and test it here. hw transcoding is working but performance is low on both videostation and plex but I don't think is related to the loader. on ASRock j4205-ITX you have to unplug any monitor before using hw transcoding otherwise the system will reboot, this one might be due to /dev/dri permissions or the DP to hdmi coverter on this board. reboot/shutdown is working properly again. I recommend doing a clean install, formatting the hard drive before testing. You can test disabling video outputs in the grub, for me it didn't install properly. video=eDP:d video=DP-1:d video=HDMI-A-1:d video=HDMI-A-2:d root@DS918:~# ls /dev/dri card0 controlD64 renderD128 root@DS918:~# cat /sys/kernel/debug/dri/0/i915_frequency_info PM IER=0x00000070 IMR=0xffffff8f ISR=0x00000000 IIR=0x00000000, MASK=0x00003fae pm_intr_keep: 0x80000000 GT_PERF_STATUS: 0x006030cb Render p-state ratio: 48 Render p-state VID: 203 Render p-state limit: 0 RPSTAT1: 0x12000030 RPMODECTL: 0x00000d92 RPINCLIMIT: 0x000027d8 RPDECLIMIT: 0x00005a00 RPNSWREQ: 800MHz CAGF: 600MHz RP CUR UP EI: 3192 (2660us) RP CUR UP: 477 (397us) RP PREV UP: 0 (0us) Up threshold: 85% RP CUR DOWN EI: 5109 (4257us) RP CUR DOWN: 482 (401us) RP PREV DOWN: 0 (0us) Down threshold: 60% Lowest (RPN) frequency: 100MHz Nominal (RP1) frequency: 250MHz Max non-overclocked (RP0) frequency: 800MHz Max overclocked frequency: 800MHz Current freq: 800 MHz Actual freq: 600 MHz Idle freq: 100 MHz Min freq: 100 MHz Boost freq: 800 MHz Max freq: 800 MHz efficient (RPe) frequency: 250 MHz Current CD clock frequency: 624000 kHz Max CD clock frequency: 624000 kHz Max pixel clock frequency: 624000 kHz [ 127.551937] ACPI: Power Button [PWRB] [ 127.601681] Linux agpgart interface v0.103 [ 127.674041] [drm] Initialized drm 1.1.0 20060810 [ 127.809306] [drm] Memory usable by graphics device = 4096M [ 127.882071] [drm] Supports vblank timestamp caching Rev 2 (21.10.2013). [ 127.882075] [drm] Driver supports precise vblank timestamp query. [ 127.884752] [drm] Finished loading i915/bxt_dmc_ver1_07.bin (v1.7) [ 127.885302] vgaarb: device changed decodes: PCI:0000:00:02.0,olddecodes=io+mem,decodes=io+mem:owns=io+mem [ 128.859977] [drm] failed to retrieve link info, disabling eDP [ 128.861274] [drm] GuC firmware load skipped [ 128.865805] ACPI: Video Device [GFX0] (multi-head: yes rom: no post: no) [ 128.866518] acpi device:10: registered as cooling_device4 [ 128.866603] input: Video Bus as /devices/LNXSYSTM:00/LNXSYBUS:00/PNP0A08:00/LNXVIDEO:00/input/input1 [ 128.866659] [drm] Initialized i915 1.6.0 20160919 for 0000:00:02.0 on minor 0 [ 128.882007] i915 0000:00:02.0: No connectors reported connected with modes [ 128.882013] [drm] Cannot find any crtc or sizes - going 1024x768 [ 128.882929] i915 0000:00:02.0: fb0: inteldrmfb frame buffer device [ 128.938416] Btrfs loaded, crc32c=crc32c-intel
  23. 3 points
    Hey there, this has been asked a couple of times but the only answers (if someone answered at all) were like, "Why bother? It works." In the picture above, both installations work. My inner monk (as well as my boss) prefer the right cabinet, however. In the following example I'll refer to a 10-bay system, if your setup is different, you can easily edit the numbers. I assume, you have successfully installed XPEnology on your box, following Polanskiman's tutorial. If you encountered any problems with drives not being recognized, or displayed as eSATA, etc. you checked Hedii's guide, as well. Still, your drives show up like this, maybe because your chipset would support 6 drives but your mainboard only offers 4 connectors. Drives 1,3,5,6 are connected to the mainboard, drives 7-10 to an additional 4-port controller, drives 11 and 12 to another 2-port controller. Drives 2 and 4 look like this in your dmesg: [ 1.835796] ata1: SATA max UDMA/133 abar m2048@0xfe525000 port 0xfe525100 irq 47 [ 1.835802] ata2: DUMMY [ 1.835806] ata3: SATA max UDMA/133 abar m2048@0xfe525000 port 0xfe525200 irq 47 [ 1.835807] ata4: DUMMY [ 1.835812] ata5: SATA max UDMA/133 abar m2048@0xfe525000 port 0xfe525300 irq 47 [ 1.835813] ata6: SATA max UDMA/133 abar m2048@0xfe525000 port 0xfe525400 irq 47 Playing around with internalportcfg (Hedii's guide) did not help you, getting rid of these "DUMMY" ports. Luckily Jun's loader has a feature called "sata_remap", mentioned here and here, that - well - does what it says. To fill the gaps, you can remap the drives from your 2-port controller. Reboot and press "C" in the GRUB menu. (See Polanskiman's guide "Step 7" and "Note 4" if you need help). At the command line enter: append "sata_remap=10>1:11>3:1>10:3>11" Be aware, that counting starts at 0, here. 10>1 will remap drive 11 to 2, 11>3 will remap drive 12 to 4, etc. After the next reboot, it will look like this: As you can see, the drives are now numbered sequentially from 1 to 10 with the two DUMMYs on ports 11 and 12. Now it's easy to hide them. Like in Hedii's guide open an SSH connection to your NAS and edit as follows: # first file to modify vi /etc/synoinfo.conf # second file to modify vi /etc.defaults/synoinfo.conf # In each file look for the line maxdisks="12" # and change it to maxdisks="10" Reboot and you finally have a 10-bay box displaying 10 sequentially numbered drives: Hope, this will help one or the other. Best Regards, The_Mole
  24. 3 points
  25. 3 points
    ok, further info, I managed to keep 2 x 4k streams simultaneously with minimal buffering by enabling CSM / UEFI ONLY .....
  26. 3 points
    OVAs for DSM 6.2.1-23824 Update 4 • DS918+ (requires Haswell/Braswell or newer CPU) • VM HW Level 10 (ESXi 5.5 or newer) • PVSCSI • VMXNET3 https://mega.nz/#!slFUCIwT!QHzujgbJeGtMKE5W2pvg8UoK7T6TputqQwFZHuNhxmY • DS3617XS (requires hardware that's supported by default DSM) • VM HW Level 10 (ESXi 5.5 or newer) • SATA • E1000E https://mega.nz/#!5wlSQCLK!WHVVNloohedGa_nAB6pgPMvC-twWlR32arZ0JqaFMvM VMware Tools: https://mega.nz/#!Q1FGyAbY!lmrry2WXNd7Lp7AtSsrduPpnlWPzEpPV9L96jrZn6HQ Deploy OVF, add disk(s) or passthrough a controller, find with Synology Assist and click install. Optionally if you've got an ESXi enterprise license you can change the serial port to network, server telnet://:1024 and have remote telnet access. If you want to passthrough a Intel Controller that doesn't contain ESXi boot or a datastore install this VIB and restart: https://mega.nz/#!p0dAhYYb!7AWamOXE6y0z-PBlW4VqtS1gYNuw-uG-dKYTuyI5tQM By default it will work with any combination of one or two 2, 4, 6 and 8 port SATA/SAS controllers. Only when using two 8+ port SAS controllers or one 12+ port SAS/SATA, or more than two extra (so more than three if you count the SATA controller for synoboot) controller changes to SasIdxMap/SataPortMap/DiskIdxMap/MaxDisks are required.
  27. 3 points
    @mandreto10 I highly suggest you review your attitude and the way you talk to others. People have been trying to help you but your arrogance is beyond my understanding. I have spend countless hours restructuring and running the forum, making tutorials, helping thousands of people and when I read your posts I even wonder why people answered to you in the first place. To this day I have never, not even once, come across a user in the this forum that has shown such behavior. You are new here so modesty is probably something you should consider if you want others to help. For your information no one here is paid to: 1 - make the loader 2 - run the forum 3 - moderate the forum 4 - contribute to the forum You can start by reading the Rules and Guidelines. That will give you a general understanding of how we roll here. Then you can read the FAQs. That should provide a general understanding of what XPEnology is and how it all works. If you have additional questions please ask them in the appropriate section and in a manner that is respectful to others. Thank you.
  28. 3 points
    Si cela vous intéresse, je suis en train de vous préparer un tuto pour l'installation de DSM 6.1 sur Hyper-V.
  29. 3 points
    extra.lzma for 1.04b 918. Seems that hdd's hibernation will work and speeds in vmm have become prohibitive. Try and report. P.S. To replace extra.lzma on working DSM you need to mount synoboot2 as described here, replace extra.lzma and reboot xpenology. Thanks so much @TeleDDim for his idea to modify extra.lzma.
  30. 3 points
    This is just one person's opinion and I do not speak for anyone else: I'm not an admin here, I did not write the loaders. I'm just a tech-savvy user, that likes DSM and how it performs on my own hardware - far better than on Synology hardware. Over time, I have figured out a lot of things about XPEnology, and am willing to spend some personal time to help others, just like countless other contributors here. You are on a forum where the stated purpose is to enable people to use a hack. It's not a product support page. This collective effort has spanned 10 years of DSM releases, and people are still using some of the old software versions. So ALL the information here is still relevant to someone, and nobody's being paid to curate the part you think you need, just for you. If you want to use XPEnology, you need to put in the time (and have the tech skills) to understand the ecosystem and the tools involved. Many people, myself included, have done research and written up documentation or coded tools to try and help with this. But it won't be delivered on a platter like FreeNAS, which is bankrolled by the commercial side of the product. As you perceive a need for things to be organized differently, may I suggest that you become an expert here and start contributing instead of lecturing to people you don't know, and who don't owe you anything on how a loosely structured forum and its content should be presented. Again, I personally am happy to help when I have something useful to contribute, but I'm having a hard time getting over the attitude and general lack of patience that I perceive from you. This has caused me to delete several draft posts (intended to be of assistance to you) out of exasperation. In a prior post, I suggested that "maybe XPEnology wasn't for you" and while it's not for me to defend that, I do believe that your approach may prove to be very frustrating, should you persist.
  31. 3 points
    List of mirror links to DSM 5.x and DSM 6.x boot loaders. Please drop a comment if you see a broken link or some erroneous information. All other posts will be deleted. Before downloading a loader I suggest you read this topic to know which loader to download. DSM 6.2(.1) - Read Jun's topic Jun's Loader v1.03b DS3615xs Synoboot_3615.zip | 17.3 MB | MD5 = e145097bbff03c767cc59b00e60c4ded Jun's Loader v1.03b DS3617xs Synoboot_3617.zip | 19.5 MB | MD5 = 94d18efbc349da2bd45d6e57adabc54f Jun's Loader v1.04b DS918+ synoboot-ds918.zip | 20.9 MB | MD5 = 5a5303a154d907b4adf99dfd201769e4 Jun's Loader v1.03a2 DS918+ Synoboot-ds918p.zip | 15.7 MB | MD5 = e941b495be057f0336e715f01346c841 DSM 6.1(.2/.3/.4/.5/.6/.7) - Read Jun's topic and Tutorial Jun's loader v1.02b DS3615xs DS3615xs 6.1 Jun's Mod V1.02b.img | 50.0 MB | MD5 = b4a2bc974070895407cd50990d96669a Jun's loader v1.02b DS3615xs with MBR partition (For older boards. Try if the above refuses to boot) - Rebuilt by @Genesys DS3615xs 6.1 Jun's Mod V1.02b (MBR_Genesys).img | 50.0 MB | MD5 = e30615bd02002479b58650c0862f25c4 Jun's loader v1.02b DS3617xs DS3617xs 6.1 Jun's Mod V1.02b.img | 50.0 MB | MD5 = e5d1608a9f43cf9a084277eb5640b439 Jun's loader v1.02b DS3617xs with MBR partition (For older boards. Try if the above refuses to boot) - Rebuilt by @Genesys DS3617xs 6.1 Jun's Mod V1.02b (MBR_Genesys).img | 50.0 MB | MD5 = 793c040f1093910e71236edc9a55de1f Jun's loader v1.02b DS916+ DS916p 6.1 Jun's Mod V1.02b.img | 50.0 MB | MD5 = 5ea01a50fd40426eb0e5344aa6d7bbff Jun's loader v1.02b DS916+ with MBR partition (For older boards. Try if the above refuses to boot) - Rebuilt by @Genesys DS916p 6.1 Jun's Mod V1.02b.img (MBR_Genesys).img | 50.0 MB | MD5 = 86bd66b2be35135cf13039ed783eb4c0 DSM 6.0.2 - Read Jun's topic and Tutorial Jun's loader v1.01 DS3615xs DS3615xs 6.0.2 Jun's Mod V1.01.zip | 24.0 MB | MD5 = cf9d920edef96d58ae709674dc71511b Jun's loader v1.01 DS3615xs with MBR partition (For older boards. Try if the above refuses to boot) - Rebuilt by @Genesys DS3615xs 6.0.2 Jun's Mod V1.01 (MBR_Genesys).img | 50.0 MB | MD5 = 25813aa17ee5b17db1b41d54bc6b4b74 DSM 5.2 XPEnoboot 5.2-5967.1 DS3615xs XPEnoboot_DS3615xs_5.2-5967.1.img | 24.0 MB | MD5 = 4b204b8200ea5d12dea8b578ad95f7ef XPEnoboot_DS3615xs_5.2-5967.1.iso | 19 MB | MD5 = c1ee885e6b74978512f2adb6fa6fc7ff XPEnoboot_DS3615xs_5.2-5967.1.vmdk | 19 MB | MD5 = 3fe4f459432f883fd2be8b7618a25159 XPEnoboot 5.2-5644.5 DS3615xs XPEnoboot_DS3615xs_5.2-5644.5.img | 24.0 MB | MD5 = a329929e5a91095e9258036485e01c9c XPEnoboot_DS3615xs_5.2-5644.5.iso | 17.4 MB | MD5 = a92ea8c869c48fc340a91e41a01d4cfd XPEnoboot_DS3615xs_5.2-5644.5.vmdk | 17.3 MB | MD5 = 9d5cfdc69e0e19ef207de9aaba76acf3 XPEnoboot 5.2-5644.4 DS3615xs XPEnoboot_DS3615xs_5.2-5644.4.img | 24.0 MB | MD5 = 59e96a63333b5c6d8911f902a23ca99f XPEnoboot_DS3615xs_5.2-5644.4.iso | 17.1 M | MD5 = bfa92964103438abd0f93c4ef58d0e38 XPEnoboot_DS3615xs_5.2-5644.4.vmdk | 17.1 MB | MD5 = 860259eaa222186860bc52bd6dff4919 XPEnoboot 5.2-5644.1 DS3615xs XPEnoboot_DS3615xs_5.2-5644.1.img | 24.0 MB | MD5 = d16c8877744a2d26bf44fc1b49a36484 XPEnoboot_DS3615xs_5.2-5644.1.iso | 22.2 M | MD5 = bdcb7a1a7586e208878807f2504cf2d5 XPEnoboot_DS3615xs_5.2-5644.1.vmdk | 22.1 MB | MD5 = 2d947faf0419668c1278fbee4281acb5 XPEnoboot 5.2-5592.2 DS3615xs XPEnoboot_DS3615xs_5.2-5592.2.img | 24.0 MB | MD5 = fbeba655ca0a77b56b025192b08eb55d XPEnoboot_DS3615xs_5.2-5592.2.iso | 21.1 MB | MD5 = c508e80e8a795514497244f798c663e2 XPEnoboot_DS3615xs_5.2-5592.2.vmdk | 21.1 MB | MD5 = ddeef445edeaba3684fcbb50c50adbe0 XPEnoboot 5.2-5592.1 DS3615xs XPEnoboot_DS3615xs_5.2-5592.1.img | 16.0 MB | MD5 = ebda68e9a7589ed1d145399f975d1232 XPEnoboot_DS3615xs_5.2-5592.1.iso | 16.1 MB | MD5 = 65c6b150ea6d26c70cc0d96d010ce5a6 XPEnoboot_DS3615xs_5.2-5592.1.vmdk | 16.0 MB | MD5 = 78cb2ff5bfcd14c1edb3dea93084443f XPEnoboot 5.2-5565.2 DS3615xs XPEnoboot_DS3615xs_5.2-5565.2.img | 16.0 MB | MD5 = 3016d6ffb5ea794033567ab7eb816184 XPEnoboot_DS3615xs_5.2-5565.2.iso | 15.6 MB | MD5 = a3ade9b08d24be96e2da775e4e06f13d XPEnoboot_DS3615xs_5.2-5565.2_vmdk.zip | 15.2 MB | MD5 = 4c314bbd4116427c5c85ceb08da7479c XPEnoboot 5.2-5565.1 DS3615xs XPEnoboot_DS3615xs_5.2-5565.1.img | 16.0 MB | MD5 = 1806870fe0a7b83ff65b25a9af9dc487 XPEnoboot_DS3615xs_5.2-5565.1.iso | 15.6 MB | MD5 = cfe9937aa76458c9e99efea5d3fee2db XPEnoboot_DS3615xs_5.2-5565.1_vmdk.zip | 15.3 MB | MD5 = 8c317e99b3db3869a480a6debf24b7b4 DSM 5.1 XPEnoboot 5.1-5055.1 DS3615xs XPEnoboot_DS3615xs_5.1-5055.1.img | 15.8 MB | MD5 = b069342f3bc6a10d1e0111e7c5341df7 XPEnoboot_DS3615xs_5.1-5055.1.iso | 14.1 MB | MD5 = c5c049a3e1e06aa6f498fb70c15dc133 XPEnoboot_DS3615xs_5.1-5055.1_vmdk.zip | 13.7 MB | MD5 = a654f3bb05033da98b32e55724f0b1ce XPEnoboot 5.1-5022.3 DS3615xs XPEnoboot_DS3615xs_5.1-5022.3.img | 15.8 MB | MD5 = 72175a41e5855b57b4c8ffc3d92f4b06 XPEnoboot_DS3615xs_5.1-5022.3.iso | 14.8 MB | MD5 = 46854ce39415d736fa5abd446ffa4352 XPEnoboot_DS3615xs_5.1-5022.3.vmdk | 14.8 MB | MD5 = a7343f03fe63a5aa7ad0fe01f41a4b76 XPEnoboot 5.1-5022.2 DS3615xs XPEnoboot_DS3615xs_5.1-5022.2.img | 15.8 MB | MD5 = 06b8435e1322c7a5ee5725ff80ea2a77 XPEnoboot_DS3615xs_5.1-5022.2.iso | 14.0 MB | MD5 = 0e211d3d19b7b461ae5df3aa91e18630 XPEnoboot_DS3615xs_5.1-5022.2.vmdk | 13.9 MB | MD5 = 929730848a31fc19bddd457998477a5f XPEnoboot 5.1-5022.1 DS3615xs XPEnoboot_DS3615xs_5.1-5022.1.img | 15.8 MB | MD5 = 6f7cb585519c5cb3acfb026d34585dbd XPEnoboot_DS3615xs_5.1-5022.1.iso | 13.4 MB | MD5 = 88bd5177fa7a4f54b7fcd5e4001bae5b XPEnoboot_DS3615xs_5.1-5022.1.vmdk | 13.3 MB | MD5 = f03125c86b2da60b5d38db1c6c62bcba DSM 5.0 NanoBoot 5.0.x DS3612xs NanoBoot- | 15.6 MB | MD5 = 2f201876ef576f4ef78a3c3bbbcee529 NanoBoot- | 15.6 MB | MD5 = 89ce54b38e83c7b94c422f6c9a0dbedb NanoBoot- | 15.6 MB | MD5 = 07bd106a7f6204962c801ecf851f1dc9 NanoBoot- | 32.0 MB | MD5 = e1353d7143cbf8cc31ed320f82cf65d6 NanoBoot- | 15.6 MB | MD5 = 32e1f823219ec7963162e4e394687112 NanoBoot- | 15.6 MB | MD5 = 6fc6be138eb070938a9f14ff64fa4239 NanoBoot- | 15.6 MB | MD5 = 6bbf71f64909cda57c3a63e523d13ed8 NanoBoot- | 31.3 MB | MD5 = 60233f771b934b5237e2037be0e64b95 NanoBoot- | 15.6 MB | MD5 = 039abc91883e09fd2f443ee10ba5690e NanoBoot x86 5.0.x DS214Play NanoBoot-x86- | 15.6 MB | MD5 = 3c6776570962926497088e6b3889205c NanoBoot-x86- | 15.6 MB | MD5 = b76c423d39129b19b2e0a62f741aaa8c NanoBoot-x86- | 32.0 MB | MD5 = 8bc6d3b5aed1f41fa0ce4d93b17f9bf1 NanoBoot-x86- | 15.6 MB | MD5 = 90948500efde437ae56dfd51f31f55f8 NanoBoot-x86- | 15.6 MB | MD5 = 7acb8faf796a0e5d5a54a9734ecec728 NanoBoot-x86- | 15.6 MB | MD5 = f333038c8bcf1e530ddeb55075b9827c NanoBoot-x86- |15.6 MB | MD5 = 5bf7241df633ff48ce6a571aa27df88c
  32. 3 points
    Как и обещал 8.1.3-5473 https://mega.nz/#!SkkwkABT!CtzlniTwXliXgFO9PhYesAoTtQ6fSF7oM_U__uLTgYw
  33. 3 points
    Again, just my personal opinion and continued thread drift: I'm not trying to talk you out of SSD cache, but you seem to want to talk me into it! I do agree that Synology read cache is less risk than write. There are going to be 5 HDDs in your RAID5. If a typical NAS drive is capable of 75MBps sequential read, 4 (net throughput from a 5xRAID5) of them can do 300MBps. Let's round down to 250MBps for rotational latency and other overhead. With a Gigabit Ethernet interface, the maximum throughput is about 125MBps (1Gbps divided by 8 bits). This is half the sequential throughput of your HDDs. SATA SSD maximum throughput is 550MBps. 550 is more than 250, but if it all has to fit in a 125 pipe, it doesn't matter much. The only benefit is for small, random reads that happen to be cached already. In that unique case, the SSD cache is probably "faster." The SSD Cache feature visually markets to you how great the cache is ("90% cache effective!") but it doesn't explain how fast the HDDs would have retrieved the same data without the cache. If the main workload is single-user, then it is also are going to be affected by the performance of the client. Very often, the small random reads that the cache can improve are workloads that the client takes the most time to process, and therefore can't make requests fast enough to fill the pipe. We want to blame the NAS performance but it is the client PC or OS that is at fault. So if you have a 10Gbe interface and a specific workload (e.g. multi-user) that you are sure that cache can optimize, then by all means do it. For most general file and media serving activities that 90% of us might be doing on our systems, cache offers little performance benefit, and rapidly wears out your SSD. That SSD can be put to much better use isolated to disk-intensive activities WITHIN the NAS where all the performance can be leveraged, such as Synology apps or Docker or Virtual Machine. I strongly encourage you to set up some workloads that are meaningful to you, and benchmark both with and without SSD cache. You may be surprised.
  34. 3 points
    to remove the update badge, run this: synoappnotify -c SYNO.SDS.AdminCenter.Application admin -f SYNO.SDS.AdminCenter.Update_Reset.Main -u 0
  35. 2 points
    kernel modules/drivers are specifically compiled for a kernel (-versions) and even distributions it's not like windows where you can download a driver somewhere and just put it in so don't take any *.ko file, stick it in and expect it to work if you haven't build the *.ko yourself or don't know exactly where it came from, expect it to fail I'm no expert but as there is no how-to here in the forum - lets start one hopefully other will correct and help refine or take over and rewrite it some steps are made in windows (osfmount) but will also possible in the chroot environment on linux basic knowledge about using a linux console and command-line tools (or midnight commander) is needed, if you never used this you should not start with this how-to, choose something easier or invite someone who is able to help (do a workshop) doing all this from scratch will take at least 1-2 hours, in most cases (re-read, google, try, google, try again, ...) much longer, maybe plan a weekend of text-adventure fun edit: i think it also will do for 6.0.2 and loader 1.01 (not tested), kernel sources are available: https://sourceforge.net/projects/dsgpl/files/Synology%20NAS%20GPL%20Source/8451branch/bromolow-source/linux-3.10.x.txz/download, extra.lzma is a little differently placed (boot.img\image\DS3615xs\) but the steps will be the same 1. building the kernel module (driver) 1.1 what driver/module i need you will have to find out (google) what the name of the driver/module is that your hardware needs or you will have to know where to find the rigt option in the menu-system of the kernel when configuring it example: nForce 630 chipset with RTL8211E, you might expect it to be a realtek driver like rtl*.ko but it's not its "forcedeth.ko" because the RTL8211 is not a fully working PCIe Network Chip in some cases you might be forced to find out by booting a linux distribution and look in /var/log/, use lspci or other tools it also helps if the hardware provider has already compiled packages for specific distributions like redhat, you can look inside these packages for *.ko files you also can look in the .config file of the kernel (more below) with a text editor to find a section where the module is mentioned, this will also give you a hint where to find it in the menu-system when configuring the kernel 1.2 you need the kernel source in the case of synology that seemed sometimes difficult but at the moment there is kernel source for dsm 6.1 https://sourceforge.net/projects/dsgpl/files/Synology%20NAS%20GPL%20Source/ 15047 is the synology build version and tells you about what dsm version it is (15057 = dsm 6.1) and what kernel was used to build the modules, it !!!might!!! change in a later version so always check for what version your bootloader from usb stick is made for (jun 1.02 is for 15047) edit: dsm 6.1.1 has a new build number 15101 but seems to use the same kernel 3.10.102 as 6.1 so it should work with 6.1.1 too as i write this for ds3615xs it's bromolow as a platform, for ds3617xs it's broadwell and ds916+ is braswell (you usually see that name on the update files for a synology system like "synology_broadwell_3617xs.pat") so for ds3615xs we use this: https://sourceforge.net/projects/dsgpl/files/Synology%20NAS%20GPL%20Source/15047branch/bromolow-source/linux-3.10.x.txz/download edit: it looks like as for building the modules there is no difference for kernels modules build for 3615 and 3617 even if https://sourceforge.net/projects/dsgpl/files/Synology%20NAS%20GPL%20Source/15047branch/ has extra kernel sources for bromolow and broadwell, there are all intel x86_64, same might go for the 916+ (not testet yet), at least a evdev.ko build from 3615 kernel source did load without problems in a vm with the 3617 image 1.3 setting up a DSM 6.1 ds3615xs test environment with virtualbox (its free) or whatever works with juns loader look in the forum to find something that works, basics for virtualbox are - mac of the nic (intel pro 1000 desktop) in vm and grub.conf need to be the same - boot controller for jun's image (vmdk with reference to img file) is ide, controller for dsm disks is scsi lsi (!!!) - choose esx server option in grub menu 1.4 installing chroot put in http://packages.synocommunity.com for custom packages and change the setting that beside synology packages trusted ones are also to install install debian-chroot plugin (https://synocommunity.com/package/debian-chroot) from community section (some info's about it: https://github.com/SynoCommunity/spksrc/wiki/Debian-Chroot#configure-services) you might also install midnight commander if you are on it, makes things easier if you're not a command-line junky and more used to a graphical environment that give you clues activate ssh in dsm connect with ssh/putty to you dsm, login with user admin (and if you want to be root use "sudo -i") start the chroot with: /var/packages/debian-chroot/scripts/start-stop-status chroot after that you are inside the chroot, check with ls and you won't see "/volume1" or other sysnology specific directory's from the dsm environment, you can leave the chroot environment with "exit" later if you want now we have to update and install tools: apt-get update apt-get upgrade apt-get install locales dpkg-reconfigure locales dpkg-reconfigure tzdata apt-get install mc make gcc build-essential kernel-wedge libncurses5 libncurses5-dev libelf-dev binutils-dev kexec-tools makedumpfile fakeroot linux-kernel-devel lzma bc after that we create a directory (lets say "test") 1.5 copying kernel files and create kernel modules copy the downloaded kernel (linux-3.10.x.txz) to a share on the dsm, open a 2nd putty and copy the linux-3.10.x.txz (/volume1/...) to /volume1/@appstore/debian-chroot/var/chroottarget/test/ (that's where the "test" directory of the chroot environment is located in your real system) change back to your first putty where you are in chroot (the same way can be used to get the created files back to your shared folder on your volume1 which can be accessed from windows) change into "test", extract the linux-3.10.x.txz to a directory named "linux-3.10.x" and change into it the following copy's the kernel config file from synology to the right place for use/build cp synoconfigs/bromolow .config we make a fallback copy make ARCH="x86_64" oldconfig we start the ascii art menu and search for the missing driver to activate cursor/return are your friend in navigating, space selects, we activate the driver to an "M" so its build as module (*.ko file we need) there will be tons of descriptions how to do it, just google if needed make ARCH="x86_64" menuconfig on exit we save the configuration and with the following we make/create the modules (will take a while) make ARCH="x86_64" modules now you have to find your *.ko file (use some nice ls options, to be expanded later) usually you will have to look in /test/linux-3.10.x/drivers/scsi or block copy that file to /test for easy access when we put it in the boot image 2. modify the "synoboot.img" use osfmount (windows) to extract the "extra.lzma" (see dsm 5.2 to 6.0 guide, used there to edit grub.cfg in synoboot.img) in "extra.lzma" are the additional *.ko files and a config file where the files to be loaded on boot are named -> see forum thread "dsm 5.2 to 6.0" with howto to modify jun's loader for usb vid/pid and mac, its basically the same you just open the other partition (30MB) and extract the "extra.lzma" copy the "extra.lzma" to the share of the dsm so we have local access in a putty session on dsm in putty session #2 ("normal" session without chroot) we copy the "extra.lzma" to the "test" directory in the chroot environment go to putty session#1 (in chroot) decompress "extra.lzma" to "extra" ("extra.lzma" is a compressed cpio file) with: lzma -d extra.lzma with ls we can check that "extra.lzma" is now just ""extra" (a cpio file without the extension cpio) create a new directory, copy the "extra" there, change into it and extract it with: cpio -idv < extra delete the remaining file "extra" inside this directory we copy the *.ko file into usr/lib/modules/ and in /etc we edit the file rc.modules (easy with midnight commander, go to file, press F4, internal editor) network drivers seems to be added under EXTRA_MODULES, storage drivers under DISK_MODULES, just go to the end of the line and fill in the name of the *.ko file without the ".ko", what you add is basically a blank and the name rc.modules looks like this: EXTRA_MODULES="mii mdio libphy atl1 atl1e atl1c alx uio ipg jme skge sky2 ptp_pch pch_gbe qla3xxx qlcnic qlge netxen_nic sfc e1000 pcnet32 vmxnet3 bnx2 libcrc32c bnx2x cnic e1000e igb ixgbe r8101 r8168 r8169 tg3 usbnet ax88179_178a button evdev ohci-hcd" DISK_MODULES="BusLogic vmw_pvscsi megaraid_mm megaraid_mbox megaraid scsi_transport_spi mptbase mptscsih mptspi mptsas mptctl ata_piix megaraid_sas mpt2sas mpt3sas" EXTRA_FIRMWARES="bnx2/bnx2-rv2p-09ax-6.0.17.fw bnx2/bnx2-rv2p-09-6.0.17.fw bnx2/bnx2-rv2p-06-6.0.15.fw tigon/tg3_tso5.bin tigon/tg3_tso.bin tigon/tg3.bin" if your controller or nic needs a firmware, you add the file under usr/lib/modules/firmware/ and add the appropriate line in EXTRA_FIRMWARES, if a extra directory inside "firmware" is used it has to be added to the name, see the bnx2 firmware files after everything is in place we recreate the cpio file, re-compress it as lzma and write it in the directory above as "extra.lzma" the command is used inside the directory where we extracted the file "extra" (command line taken from https://github.com/kref/scripts, its what jun uses to create it): (find . -name modprobe && find . \! -name modprobe) | cpio --owner root:root -oH newc | lzma -8 > ../extra.lzma in putty session #2 (without the chroot) we copy "extra.lzma" from the chroot position in filesystem to the location where we can access it from windows if you still have osfmount open to the "synoboot.img" replace the "extra.lzma" with the new one, dismount and close osfmount - our new "synoboot.img" is ready to test it ps: i was asked to make a video - thats much harder to change and i'm to old for this
  36. 2 points
    très bien , contacter moi mercredi ou jeudi je vous donnerais les info pour l'envoie etc ......
  37. 2 points
    Why don't you take my OVA with 918+ (6 posts up)? That works without doing anything on Haswell i3-4130. Deploy OVA, add existing disks/controller, find with Synology Assistent and click migrate, which will take you straight to 6.2.1 update 4. As a bonus you'll get VMXNET3 and PVSCSI (when using virtual disks) which will give you better performance. It already has MAC/SN set correctly, bootloader disk moved outside of the visible range, etc, there is nothing left todo, besides installing VMware Tools (link included in that post) and maybe updating apps.
  38. 2 points
    OVA for DSM 6.2-23739 Update 2 • DS3617XS • VM HW Level 10 (ESXi 5.5 or newer, only imports on 6.5 and 6.7, use OVFtool with --shaAlgorithm=sha1 to convert for 5.5 or 6.0) • PVSCSI • VMXNET3 https://mega.nz/#!M1kX0TjR!S87LHngw1C3wa3i-3p-r9WyWCmFO4A9t3THhMWeea_w All DS3617XS OVAs use Jun v1.03b bootloader, DS918+ uses Jun v1.04b bootloader. Some instructions for the Intel passthrough VIB above, it puts "8086 ffff d3d0 false" (ffff = wildcard) in /etc/vmware/passthru.map. Put it on a datastore and goto the shell: esxcli software vib install -v /vmfs/volumes/myDatastore/intel-passthrough-1.0.0-01.x86_64.vib --no-sig-check -f Or when you want the latest ESXi ISO with it integrated using ESXi-Customizer-PS, put in in a folder and add: -pkgDir C:\myFolder -nsc -force
  39. 2 points
    Кому лениво перезаписывать флешку или нужно сделать это удаленно при редактировании grub.cfg и замене extra.lzma, вспомнил про старый трюк, как это сделать прямо на работающей хрени: 1. Заходим по ssh через Putty или терминал 2. Делаем следующее: Admin@your_DS:~$ sudo -i #Заходим под root Password: #Вводим пароль Adminской учетки root@your_DS:~# mkdir -p /tmp/synoboot_part0 #Создаем временный каталог для монтирования 0 раздела загрузочной флешки root@your_DS:~# mkdir -p /tmp/synoboot_part1 #Создаем временный каталог для монтирования 1 раздела загрузочной флешки root@your_DS:~# cd /dev root@your_DS:/dev# mount -t vfat synoboot1 /tmp/synoboot_part0 #Монтируем 0 раздел загрузочной флешки root@your_DS:/dev# mount -t vfat synoboot2 /tmp/synoboot_part1 #Монтируем 1 раздел загрузочной флешки root@your_DS:/dev# ls /tmp/synoboot_part0 #Проверяем монтирование 0 раздела загрузочной флешки bzImage EFI grub info.txt root@your_DS:/dev# ls /tmp/synoboot_part1 #Проверяем монтирование 1 раздела загрузочной флешки checksum.syno extra2.lzma extra.lzma grub_cksum.syno rd.gz Sone.9 zImage 3. С помощью nano/mc правим grub.cfg и/или с помощью команд/mc заменяем extra.lzma 4. Перезагружаем хрень штатными средствами 5. Если перезагрузка сразу не планируется, то на всякий случай размонтируем и зачищаем: root@your_DS:/dev# cd / root@your_DS:/# umount /tmp/synoboot_part0 # Размонтируем 0 раздел загрузочной флешки root@your_DS:/# umount /tmp/synoboot_part1 # Размонтируем 1 раздел загрузочной флешки root@your_DS:/# rm -r /tmp/synoboot_part0 # Удаляем временный каталог root@your_DS:/# rm -r /tmp/synoboot_part1 # Удаляем временный каталог
  40. 2 points
    Synology has used Mellanox, Aquantia and Tehuti as OEM suppliers of 10Gbe cards. However, the Intel cards and a number of other vendors are also supported on the 3615 platform. FMI: https://xpenology.com/forum/topic/13922-guide-to-native-drivers-dsm-617-on-ds3615/ DS918 hardware has no provision for a PCIe add-in 10Gbe card, and Syno did not include many 10Gbe drivers in the DSM distro, presumably because it wasn't necessary for their customers. In order to get those drivers online you would need to use an extra.lzma solution, which appears to be problematic on 1.04b right now. My own primary production XPE install is using 1.02b/DS3615/6.1.7 with Mellanox 10Gbe, and I have not moved to 6.2.1 and DS918 for this reason (and because there isn't a really compelling reason from a feature standpoint to do so).
  41. 2 points
    - Outcome of the installation/update: SUCCESSFUL - DSM version prior update: DSM 6.1.7-15284 u2 - Loader version and model: JUN'S LOADER v1.02b - DS3615xs - Using custom extra.lzma: YES - Installation type: BAREMETAL - Microserver Gen8 - Additional comments: Need Reboot
  42. 2 points
    at the end!!! 😁😁, my N54L with DSM 6.2.1U4 it shutdown correctly from the DSM OS and reboot perfectly. After differents test I'm not sure what is exactly the real solution: or it's the U4 or the ACPI version 1.0. With 2.0 and 3.0 not works. My bios version is from 2011 too. I hope this help to other people. I've disabled the embedded NIC Port 1 control, too.
  43. 2 points
    Hi, I make a pack of 18 wallpapers, you can download from here: https://www80.zippyshare.com/v/ww8QCbWQ/file.html Regards, Adam
  44. 2 points
    Revelation! I confirm the action. I made update to 1.04b, updated from DSM to 6.2.1 update 1, then to update 2 and everything works great. DSM 6.2.1-23824 Update 2 on board Thank you for your help!
  45. 2 points
    Подытоживая с учетом вчерашних бдений и отчетов по установке. Пожалуй, самыми оптимальными бюджетными решениями с транскодингом будут следующие варианты: ASRock J4105-ITX Asrock J5005-ITX Ну, а кто хочет большего - матери под последнее поколение процессоров intel с сетевыми i210 или realtek 8111. Но это уже определяется размером кошелька и функционалом, который дополнительно хочется получить от хрени.
  46. 2 points
    Зайдите в настройки самой Download Station, там все это есть!
  47. 2 points
    Чтобы сделать онлайн кинотеатр для всех знакомых на пиратском контенте. На пиратском же DSM с ворованными мак адресом и серийником. В половину стоимости оригинального сино без каких либо преимуществ в функционале. Что тут непонятного?
  48. 2 points
    GEN8 (CPU 1610T), 1.04b ds918, can't find IP. I return to 1.03b ds3615xs, DSM 6.2-23739 Update 2, work like a charm
  49. 2 points
    Я оленевод. Вам посоветую быть чуть повежливей.
  50. 2 points
    This is a repost of an archive I posted in 2015. This method works for DSM 6.2 using Jun's loader 1.03b for me. 1) Enable SSH and ssh into your DiskStation 2) Become root ( sudo -i ) 3) Make a mount point ( mkdir -p /tmp/mountMe ) 4) cd into /dev ( cd /dev ) 5) mount synoboot1 to your mount point ( mount -t vfat synoboot1 /tmp/mountMe ) 6) Profit! admin@DiskStation:~# sudo -i root@DiskStation:~# mkdir -p /tmp/mountMe root@DiskStation:~# cd /dev root@DiskStation:/dev# mount -t vfat synoboot1 /tmp/mountMe root@DiskStation:/dev# ls -l /tmp/mountMe total 2554 -rwxr-xr-x 1 root root 2605216 Aug 1 10:40 bzImage drwxr-xr-x 3 root root 2048 Aug 1 10:40 EFI drwxr-xr-x 6 root root 2048 Aug 1 10:40 grub -rwxr-xr-x 1 root root 103 Jul 3 15:09 GRUB_VER -rwxr-xr-x 1 root root 225 Aug 1 10:40 info.txt root@DiskStation:/dev#