Table of Contents PREFACE ............................3 SAFETY INFORMATION ........................3 CAUTION............................4 SPECIFICATIONS ..........................5 Product Introduction ....................... 6 Box Contents ..........................6 General Information ........................7 1.2.1 Front Panel Controls and Indicators ....................... 8 1.2.2 Rear Panel Configuration ........................9 Hardware Installation ......................
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Connecting Cables ........................18 2.7.1 Connecting expander through SAS connectors..................18 2.7.2 Connecting LED, front control panel and front USB ................19 Backplane Introduction......................20 Expander Board Introduction ....................21 Key Features ..........................21 UART Usage ..........................22 4.2.1 UART configuration ..........................22 4.2.2 System Revision ..........................23 4.2.3 System Monitoring ..........................24 4.2.4...
In Win’s server website to download the latest updated version. SAFETY INFORMATION To ensure a safe and smooth operation of your In Win IW-RN316-04, it is essential that you choose an appropriate location for the system, provide an appropriate operating environment and supply an adequate amount power for all components of the system.
Installing or removing jumpers: A jumper is a short length conductor used to close, open or bypass part of an electronic circuit. Jumpers on In Win backplanes have a small tab on top that you can pick up with your fingertips. Grip the jumper carefully, and plug the jumper to cover the jumper pins on the backplane.
Material: SGCC Material Thickness: 1.0 mm Rail Kit Supports 20" or 28" tool-less & ball-bearing slide rail * The actual product is subject to change without prior notice. In Win Development Inc. reserves the right to make any final modifications.
General Information When you open the chassis, it should reflect the diagram’s image ATX or EEB M/B node x2 CRPS redundant power supply x2 ssuupply X 2 Front controls and indicators 16 x 3.5” tool-less HDD trays (Left & Right)
1.2.1 Front Panel Controls and Indicators Name Color Status Description Blue Solid on System is powered on Power On/Off Button with LED System is not powered on NMI Button Press the button to activate user define System Reset Button Press the button to activate system reset Chassis ID Button with Blue Solid on...
1.2.2 Rear Panel Configuration Name Description Power Module 1 Default primary power supply module Power Module 2 Backup power supply module The slot support Full Height card. The bracket should be removed 1 Full Height PCI E Slot Before using. The slot support Low profile cards.
2 Hardware Installation Removing and Installing a Hard Drive IW-RN316-04 is featured tool-less trays. Users no longer need to use screws to mount disks, and can swap drives faster. 2.1.1 Installing a Hard Drive Step 1: Press the release button then pull outward on the handle.
Step 3 Step 4 Push Insert 2.1.2 Removing a Hard Drive Step 1: Press the release button then pull outward on the handle. Step 2: Press the HDD out of the bottom of the tray with your fingers. Step 3: Pull out the hard drive. Step 1 Press Pull...
Removing and placing M/B node Step1: Loosen the M/B tray thumb screw. Step2: Pull down the M/B tray handle. Step3: Pull out the M/B tray and replace M/B. Step 1 Step2 ~ step3 Pull...
Removing and Installing the Fan Module IW-RN316-04’s built-in fan modules feature a tool-less design, which makes it easy to maintain. 2.3.1 Removing the Fan Module Step 1: Pull out the fan module from the fan slot. Pull 2.3.2 Installing the Fan Module Step 1: Hold and put the fan module into the fan slot.
Removing and Installing the PSU Module The IW-RN316-04 built-in a redundant power supply unit. With this function, the system is capable of still functioning if one of the modules fail. To replace it, the user only needs to release the failed module, then insert a functional module.
Press Push NOTE: 1. The unit supports In Win PSU modules only, please do not attempt to insert any other brands of modules. 2. The two PSU modules’ output wattage must be the same. nstalling Slide Rail The IW-RN316-04 is a rackmount model, which support EIA-RS310D standard cabinets and chassis racks.
Step 1 Step 2 Step 3 2.5.3 Attach the Inner Rail to the Chassis Step 1: Align the chassis sidewall standoffs to the inner rail keyholes. Slide the inner rail toward the front until the standoff snaps into place, securing the rail to the chassis.
2.5.5 Insert the Chassis to the Cabinet Step 1: Pull out the middle rail to the stop position. Step 2: Move the ball bearing retainer to the front end of the middle rail, it should click into the locked position. Step 3: Insert the inner rails of the chassis into the middle rails on the both sides of the rack.
Installing the Motherboard Step 1: Remove the plastic dots that are covering the motherboard mounting holes. Step 2: Secure the pillars on the M/B tray which match with the M/B fixed points. Step 3: Align the motherboard down to the chassis. Step 4: Fasten the screws to secure the motherboard in the chassis.
2.7.2 Connecting LED, front control panel and front USB Refer to your motherboard user guide for pin functions and locations, then plug the connectors to the pins on the motherboard to activate the functions. LED Connector USB 3.0 Connector Name Abbreviation Color Front IO Indication...
4 Expander Board Introduction Key Features Reliable High Data Rate support (up to 12Gbps) - SAS 12Gbps support and SATA3 6Gbps support to provide a reliable high- performance data rate. Hot-swappable HDDs - Hot-swap your HDDs. No need to shut down your system for HDD installation and/or replacement while an HDD failure is present or while adding a new HDD to the system.
UART Usage 4.2.1 UART configuration RS-232 UART port on the expander module provides a serial connection for users to manage terminal applications such as: Tera Term, Hyper Term…etc. To manage Expander through the UART port, the settings below must be properly configured to function.
4.2.2 System Revision To check the Expander revision, type “rev” and “sys rev” to get the expander information such as Vendor ID, Firmware Version, SAS Address, …etc.
4.2.4 Disk PHY Status To monitor the SAS PHY status, type “Phyinfo” or “sys hdd” to check. Users can check the disk link status by using these commands.
4.2.5 Firmware Update In some occasions, when required, users can update expander firmware through UART port via Xmodem protocol. * A power interruption or failure during firmware upgrade will cause damage to the device or unrecoverable data errors. There are 2 firmwares for expander. Be sure these binary files are available in the host before conducting firmware updates.
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E. Click on “Open” to start the selected firmware transferring to SAS Expander. F. Terminal would then start firmware transfer. G. After firmware transfer is completed, type ‘reset’ command in terminal or power cycling system to activate the new firmware.
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4.2.5.2 SAS Expander MFG CFG Binary Update A. Similar to operation firmware upgrade, type “mfgdl” on console. B. Type “y” to commit MFG file upgrade. C. Select Xmodem as the file transfer protocol. D. Select the correct MFG, CFG file from the file browser. E.
5 Compatibility Lists To reach the best performance and avoid system failure, In Win strongly recommends users to choose the components from In Win’s compatibility list. All the components are tested in In Win’s lab, and assured the components are complementary with In Win’s chassis.
A: Please contact your local In Win partner, or contact support for replacement and repair services. 7 Technical Support If you need help with installation or troubleshooting, you can contact your local In Win partner, or send an e-mail to In Win’s local contacts for technical assistance.
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