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Table of Contents
IN WIN DEVELOPMENT
Passive SAS/SATA Backplane User Manual
Part Number
Description
3RAMVI005500
IW-RS104-02M / IW-RS104-02SN PASSIVE BACKPLANE MODULE
3RAMVI005600
3RAMVI006000
IW-RS110-02M PASSIVE BACKPLANE MODULE
2RAKVI001000
3RAMVI006200
IW-RS208-02M PASSIVE BACKPLANE MODULE
2RAKVI001200
3RAMVI006300
IW-RS212-02M PASSIVE BACKPLANE MODULE
2RAKVI001300
3RAMVI006100
IW-SK34 PASSIVE BACKPLANE MODULE
2RAKVI001100
(IW-MS04/IW-MS08/IW-MS08-A/IW-PLV Tower/IW-PLG Tower)
IW-SK35 PASSIVE BACKPLANE MODULE
3RAMVI005900
(IW-R400-03N)
Supported Devices
Draft Version: 0.2
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Summary of Contents for In Win IW-RS104-02M
- Page 1 IN WIN DEVELOPMENT Passive SAS/SATA Backplane User Manual Supported Devices Part Number Description 3RAMVI005500 IW-RS104-02M / IW-RS104-02SN PASSIVE BACKPLANE MODULE 3RAMVI005600 3RAMVI006000 IW-RS110-02M PASSIVE BACKPLANE MODULE 2RAKVI001000 3RAMVI006200 IW-RS208-02M PASSIVE BACKPLANE MODULE 2RAKVI001200 3RAMVI006300 IW-RS212-02M PASSIVE BACKPLANE MODULE 2RAKVI001300 3RAMVI006100...
- Page 2 History Version Changes Date First draft 2017/4/17 SGPIO setting behavior change 2017/5/9...
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Page 3: Table Of Contents
Table Of Contents Overview ..........................4 Jumper Settings ......................... 5 Connectors ........................8 3.1 29-pin SAS HDD connector ................... 8 3.2 SFF-8643 Mini-SAS connector: ..................9 3.3 4-Pin power receptacle ....................10 LED and Buzzer Behavior ....................11 Disk Bay LED ......................11 System Alarm LED .................... -
Page 4: Overview
1 Overview IN WIN backplanes (without Expander) are high performance economical 8 solution for users who has adequate SAS connection ports on motherboard or RAID/HBA card to accommodate the disks in the system. The passive backplanes support state-of-the art SAS3 12Gbps HDD/SSD and also backward compatible with SAS 6Gbps, SATA 6Gps and SATA 3Gps HDD/SSD. -
Page 5: Jumper Settings
Jumper Settings System indicators and buttons are designed for chassis by connecting 2-wire cable from front panel (if existed) to the jumpers on the backplane to facilitate the alarm system accordingly. The definitions of the Jumpers on the backplane are as below. Jumper Function Details... - Page 6 TEMP ALERT 55C set alert triggered at 55 degree in Celsius. When the temp alert triggered, the TEMP FAIL LED of CN1 illuminates and buzzer sounds in 2 consecutive beeps, BB—BB—BB--. Setting Function To enable/disable SGPIO IW-RS110-02M 1-3 Short SGPIO_0 Enable function.
- Page 7 sensing the SGPIO signals IW-SK35 sent by RAID/HBA card. IW-R400-03N SGPIO_0 is for disk 0 ~ 3 SGPIO_1 is for disk 4 ~ 7 Setting Function Fail_LED pins are for use IW-SK34 Fail_LED_1 for disk bay 1 ~ 4 fail LED IW-MS04 Fail_LED_2 when SGPIO is set to...
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Page 8: Connectors
SAS 6G and 12G disk. Different model has different type and different of 29-pin disk connector according to design and application. Number of 29-pin Model Type Supported Disk disk connector IW-RS104-02M Horizontal Type SATA, SAS IW-RS110-02M Low Profile SATA, SAS IW-RS208-02M High Profile... -
Page 9: Sff-8643 Mini-Sas Connector
R400-03N is supporting 6G SATA only. Since these backplanes has no expander. All the miniSAS connectors or SATA connectors are directly wired to the 29-pin disk connectors. Model Number of miniSAS connector Note IW-RS104-02M IW-RS110-02M IW-RS208-02M IW-RS212-02M IW-SK34 IW-MS04 IW-MS08... -
Page 10: 4-Pin Power Receptacle
3.3 4-Pin power receptacle Different model of backplane has different number of 4-pin power connector according to the disk number the backplane supports. Model Number of 4-pin Power connector Note IW-RS104-02M IW-RS110-02M IW-RS208-02M IW-RS212-02M IW-SK34 IW-MS04 IW-MS08 IW-MS08-A IW-PLV Tower... -
Page 11: Led And Buzzer Behavior
4 LED and Buzzer Behavior 4.1 Disk Bay LED There are 3 color of LEDs for each bay to indicate HDD status by illuminating in different color and format. Blue LED: Power Indicator. Turned on whenever disk drive is properly installed. Green LED: Activity indicator. -
Page 12: System Alarm Led
4.2 System Alarm LED There is a FAN FAIL LED and a TEMP FAIL LED designed on the Backplane to indicate Fan Fail and Over-Temperature separately. Fan Fail: When the Fan RPM is lower than 75% of the expected speed the Fan Fail indicator goes ON. - Page 13 and stops beeping when alarm is disappeared. ◆ 1 short beep(B—B—B) stands for Fan Fails ◆ 2 short beeps(BB—BB—BB) stand for Over-Temperature ◆ Press Mute Button to disable buzzer beeping and will be retriggered when either failure occurs again.
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Page 14: Smart Fan Control
5. Smart Fan Control IN WIN’s Backplane is implemented Smart Fan Control feature by automatically detecting the existences of the Fan Modules and intelligently control the Fan RPM per the system temperature being detected by 1 or 2 thermal sensors on the backplane. - Page 15 How it works? 1. Fan module auto-calibration would launch in every system boot. The profile would then be recorded and used until next reboot. 2. Backplane starts fan calibration and calculates the corresponding PWM duty cycle for each level. There are totally 8 speed levels to be calculated and used until next system boot.
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Page 17: Firmware Upgrade
6. Firmware Upgrade The passive backplanes are planted Nuvoton M052 series MCUs for hosting disk LED indication, Fan speed control and system fail alarm. These MCUs are preprogrammed in manufacturing. In most cases, the MCUs are not required to reprogram unless there is issue needed to fix. How to upgrade firmware? 1. - Page 18 3. Make sure device is connected and select the binary file being programmed and then click on Start button to program firmware.
- Page 19 4. Please refer to http://www.nuvoton.com/resource- files/NuLink_Adapter_User_Manual_EN_V1.01.pdf for more details.
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