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Summary of Contents for InWin 2RAKVI014601
- Page 1 HYBRID BACKPLANE with EXPANDER (CUB) USER’S MANUAL P/N : 2RAKVI014601 Model：RS316-07 HYBRID-OCULINK EXP-BP MODULE Version : V1.2 Model : RS316-07 Hybrid EXP-BP (CUB) User’s Manual PAGE 1 OF 23...
- Page 2 Revision History Version Changes Date V1.0 Official Release 2021/02/18 V1.1 Revise host connectors pin definition and parts icon change. 2022/01/06 V1.2 Change NVMe connector type 2022/10/30 Model : RS316-07 Hybrid EXP-BP (CUB) User’s Manual PAGE 2 OF 23...
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Page 3: Table Of Contents
Table of CONTENTS Overview ......................4 Physical Outlook ........................5 Mechanical ........................... 6 Connectors and Components ............... 7 Connector and Component Locations .................. 7 Connector Pin Definitions..................... 7 Connector Locations and LED Indicators ................9 Connector Locations......................9 LED Indicators. -
Page 4: Overview
Overview INWIN’s 12G SAS3 Backplanes equipped with Broadcom 35x36R Expander provide an industry leading high performance and high stability of data transfer for storage server solution. The backplanes support state-of-the art SAS3 12Gbps HDD/SSD and also backward compatible with SAS 6Gbps, SATA 6Gps and SATA 3Gps HDD/SSD. The backplane has 8 * OcuLink (SFF-8621) connectors and 8* U.2 (SFF-8639) connectors to accommodate 8 * 2.5”NVMe SSDs... -
Page 5: Physical Outlook
Physical Outlook Model : RS316-07 Hybrid EXP-BP (CUB) User’s Manual PAGE 5 OF 23... -
Page 6: Mechanical
Mechanical Model : RS316-07 Hybrid EXP-BP (CUB) User’s Manual PAGE 6 OF 23... -
Page 7: Connectors And Components
Connectors and Components Connector and Component Locations Description Description Host facing interface : NVME1~NVME8 System_Fail LED: JB4 Host facing interface (SAS3) : CN1/CN2/CN3 M/S Communication Connector : JC1 M/S BP Selection Firmware Programming Header ：JD1/JD2 Header : JB3 I2C Header : JM2 Main Power Connector ：PW1/2,PW3/4 FAN Connector : FAN1~FAN4 Firmware Programming Header ：JC2... - Page 8 CN1/CN2/CN3 Signal Name Pin No. Signal Name Pin No. SAS_TX0_[p/n] D4/D5 SAS_RX0_[p/n] B4/B5 SAS_TX1_[p/n] C4/C5 SAS_RX1_[p/n] A4/A5 SAS_TX2_[p/n] D7/D8 SAS_RX2_[p/n] B7/B8 SAS_TX3_[p/n] C7/C8 SAS_RX3_[p/n] A7/A8 SAS_GND D3/D6/D9 SAS_GND B3/B6/B9 SAS_GND C3/C6/C9 SAS_GND A3/A6/A9 Sideband Definition : S0_SClock: A1, S1_SLoad: B1, S4_DataOut: C2, S5_DataIn: D2,S6/S7 Reserved: A2/D1, S2_GND: C1, S3_GND: B2, PW1/PW2...
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Page 9: Connector Locations And Led Indicators
M/B FSC 3-Pin Connector SMBUS Connector PIN # Definition PIN # Definition PWM_FROM_MB Clock TACH_TO_MB Data Ground Alert For Motherboard FAN Ground Speed Control. LSI35X36R Firmware Programming Connector PIN # Definition PIN # Definition SDB_TX +1.8V SDB_RX Ground UART_TX #KEY UART_RX Ground Ground... -
Page 10: Led Indicators
DISK1/5/9/13,DISK4/8/12/16 Signal Name Pin No. Signal Name Pin No. Signal Name Pin No. Signal Name Pin No. SAS0Tx[p/n] S2/S3 SAS0Rx[p/n] S5/S6 SAS1Tx[p/n] S9/S10 SAS1Rx[p/n] S12/S13 PET0_[p/n] E10/E11 PET1_[p/n] S17/S18 PET2_[p/n] S23/S24 PET3_[p/n] E17/E18 PER0_[p/n] E13/E14 PER1_[p/n] S20/S21 PER2_[p/n] S26/S27 PER3_[p/n] E20/E21 PCEI_GND E9/E12/E15/S16/S19/S22/S25/S28/E19/E22... -
Page 11: Hardware Specification
Hardware Specification HOST Interface ：MiniSAS HD/OCulink Hard Disk (SSD) Interface ：SATA/SAS3/NVMe Indicator ： Power LED *16 (DG1~DG16): Steady Blue (When HDD is resent) Dual color(Green/Red) LED *16 (LED1~LED16) for HDD Status (Activity/Fail/Locate) Activity LED: Blinking Green (When HDD is Access) ... -
Page 12: Led Behavior
LED Behavior Disk Bay LED Blue LED: Disk Insertion Indicator – Turned on whenever disk drive is properly installed. Green LED: Activity indicator – Stay off when idle and blinking (~8 Hz) whenever disk drive is being accessed. RED LED: Fail and Locate indicator –... - Page 13 For NVMe application, The LEDs behave according to the VPP over I2C signals from NVMe host controllers through sideband bus of Oculink or SlimSAS cables. Whenever the NVMe host controller support VPP over I2C, the RED LEDs behave Locate, Fail and Rebuild signals following VPP signals on the I2C bus.
- Page 14 Basically, The LEDs behave following the SES control signal from RAID card when working in SAS/SATA mode. Below is the design SPEC of the Disk indicators. Green Red LED (Activity Priority SES Status Status Description (Error) (Hex) SES Control Power-On State (before SES client intervening) Forced Condition Empty slot or disk Cleared...
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Page 15: System Alarm
System Alarm There is a system error LEDs designed on the Backplane to indicate system Error including system Fan Fail and Over-Temperature. System Fail Indicator: JB3 is the jumper for system Fail Indicator. The System Fail indicator on the front panel connect to this jumper to indicate system fan fails or system overheat when it occurs. -
Page 16: Smart Fan Control
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 two thermal sensors (RTB1/RTB2) on the backplane. Thanks to Smart Fan Control feature the Fan connectors (FAN1/FAN2/FAN3/FAN4) on backplane support wide variety of PWM driven Fan modules being used in the enclosure. - Page 17 Model : RS316-07 Hybrid EXP-BP (CUB) User’s Manual PAGE 17 OF 23...
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Page 18: Firmware Upgrade
Firmware Upgrade Expander Chipset SAS35x36R Firmware Upgrade Description The SAS3 backplane equipped with firmware upgrade feature through serial console in case it is required. There are 2 firmware to be upgraded. One is Expander system firmware and another is system configuration data. They are not necessarily to be upgraded at the same time. - Page 19 4. Configure serial port setting as 115200, N, 8, 1. 5. Command “fdl 0 0 y” for system firmware upgrade in serial console. Sending system firmware through Xmodem. Model : RS316-07 Hybrid EXP-BP (CUB) User’s Manual PAGE 19 OF 23...
- Page 20 6. Command “fdl 1 0 y” in serial console for system configuration data upgrade. Sending system firmware through Xmodem. 7. Reset system by typing “reset” command in serial console or power cycle to make new firmware take effect. Model : RS316-07 Hybrid EXP-BP (CUB) User’s Manual PAGE 20 OF 23...
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Page 21: M058 Micro-Controller Firmware Upgrade Description
M058 Micro-controller Firmware Upgrade Description The passive backplanes are planted Nuvoton M058 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. -
Page 22: Management
3. Make sure device is connected and select the binary file being programmed and then click on Start button to program firmware. 4. Please refer to http://www.nuvoton.com/resource- files/NuLink_Adapter_User_Manual_EN_V1.01.pdf for more details. Management To manage backplane, users can connect a serial console cable to backplane or expander UART through RS232 COM port on system host. -
Page 23: Useful Console Commands
Useful Console Commands Function Command help To list the usage of the CLI commands Show/Set the current date [ set <newdate(*)> ] Reset the expander reset [watchdog] Display phy info. phyinfox [ -i [(1 .. NumBpc] ] | -s -i : show phy info of BPC expander -s : show SES Array Device info of CSE BRC (bridge console only) Configuration update...
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