TYAN TS75A-B7132 4th Gen Intel Xeon Scalable Barebones Installation Guide
- October 30, 2023
- TYAN
Table of Contents
TS75(A)-B7132 Quick Installation Guide
Document # D2573-100/ Revision 1.0
General Information
Read Me First
- The Barebone User’s Manual is available for download from our Web site at http://www.tyan.com. Make sure to read all precautions and instructions before you start installing the server system.
- Refer all servicing to qualified personnel to avoid the risk of damage to the server system.
- Exercise normal ESD (Electrostatic Discharge) procedures during system integration. TYAN/MiTAC recommends wearing gloves and an anti-static wrist strap to avoid possible damage to the equipment.
- Current processor socket design places the pins on the motherboard instead of the processor itself. Exercise caution when installing the processors as the manufacturer’s warranty does not cover damage inflicted upon the motherboard, including damage to the CPU sockets.
Box Content
| | |
---|---|---|---
(1) 2U chassis| (1) TYAN® S7132
System Board (pre-installed)| (1) M1718T65-FPB
Front Panel Board (pre-installed)| (1) M1717T65-USB
USB Board (pre-installed)
| | |
(2) 1600W Power Supply
Units (pre-installed)| (6) 60X60X38mm
Fan (pre-installed)| (1) M7132T75-L20-2F
Riser Card (pre-installed)| (1) M7132T75-L16-1F
Riser Card (pre-installed)
| | |
(1) M7132T75-R16-1L
Riser Card (pre-installed)| (1) M7132T75-R16-1F
Riser Card (pre-installed)| (1) M1321T70A-BP12-8 HDD
Backplane Board (pre-installed for B7132T75AV10E16HR)| (1) M1322T70A-BPE-8 HDD
Backplane Board (pre-installed
for B7132T75AV10E16HR)
|
(1) M1318T65-BP12E-2
Front HDD Backplane Board (pre-installed for B7132T75AV10E16HR)| (1)
M1317T83-BP12E-8-1 HDD
Backplane Board (pre-installed for B7132T75E8HR)
Accessories
Required Hardware Components
Minimum Hardware Requirements
To avoid integration difficulties and possible board damage, your system must
meet the following minimum requirements:
-
Processor: (2) Intel® Xeon® Eagle Stream (Sapphire Rapids-SP) series processor with TDP up to 350W
-
Memory Type:
– (16+16) DIMM slots, (L)RDDR5 up to 4800 with ECC (1.2V)
– (8) memory channels per CPU, (16) DIMM slots per CPU channel -
Hard Disk Drives:
– B7132T75E8HR:
(8) 3.5″SAS 12GB/s & SATA 6GB/s and NVMe compatible hot-swap, tool-less HDD drive bays
– B7132T75AV10E16HR:
(8) 2.5″ SAS 12GB/s & SATA 6GB/s hot-swap, tool-less HDD drive bays
(8+8) 2.5″ NVMe hot-swap, tool-less HDD drive bays
(2) 2.5″ NVMe hot-swap, tool-less HDD drive bays -
Rack Mount Kit (Industry 19″ rack-mountable)
NOTE: The updated hardware requirements of the system please refer to the barebones user’s manual on our website at www.tyan.com
Tools Required
Motherboard Placement
Motherboard Placement
CONNECTORS
1 System Power Connector0 (J24)
2 4-pin Power Connector (J45)
3 4-pin Power Connector (J44)
4 ID Button (SW2)
5 4-pin Power Connector (J42)
6 SPI TPM Connector(J16)
7 OCP 3.0 (J1_OCP3)
8 M.2 Connector (CN2) PCIE ONLY
9 Front VGA Header (J37)
10 Rear VGA Header (J36)
11 RJ45 LAN Port (LAN1)
12 RJ45 LAN Port (LAN2)
13 TYPE A USB3.2 Gen1 Header (J28)
14 Dedicated to IPMI (J8)
15 BIOS COM Port (J7)
16 USB3.1 Gen1 Header (J31)
17 ESPI Port 80 Header (J38)
18 Mini SAS HD Connector (MINI_SAS_HD1)
19 4-pin Power Connector (J11)
20 4-pin Power Connector (J43)| 21 HDD BP SMbus Header (J10)
22 System Power Connector1 (J25)
23 HDD BP SMbus Header (J17)
24 HDD BP SMbus Connector (J9)
25 Front USB3.0&2.0 Connector (J5)
26 Front Fan Header (FAN_HD1)
27 8-pin Power Connector (J35)
28 SATA DOM (J26)
29 MCIOx8 NVME (J52)
30 MCIOx8 NVME (J53)
31 Fan Connector (SYS_FAN_6)
32 Fan Connector (SYS_FAN_5)
33 MCIOx4 NVME (CN11)
34 MCIOx8 NVME (J60)
35 MCIOx4 NVME (CN10)
36 Fan Connector (SYS_FAN_4)
37 MCIOx4 NVME (CN6)
38 MCIOx8 NVME (J58)
39 MCIOx4 NVME (CN7)
40 Fan Connector (SYS_FAN_3)| 41 8-pin Power Connector (J56)
42 Fan Connector (SYS_FAN_2)
43 MCIOx8 NVME (J62)
44 MCIOx8 NVME (J61)
45 Fan Connector (SYS_FAN_1)
46 8-pin Power Connector (J41)
47 8-pin Power Connector (J55)
48 Front Panel Header (J22)
49 8-pin Power Connector (J12)
50 8-pin Power Connector (J34)
51 8-pin Power Connector (J32)
52 4-pin Power Connector (J40)
53 8-pin Power Connector (J33)
54 Intrusion Header (J1_FPGA)
55 CPLD JTAG Header (J3_FPGA)
56 M.2 Connector (CN1) PCIE ONLY
57 CPU1_FAN (J4)
58 CPU0_FAN (J47)
59 SATA DOM (J27)
---|---|---
LEDs
i CPLD Heart Beat LED (D33)
ii PLTRST LED (D41)
iii SYSTEM PWROK LED (D82)
iv BMC Heart Beat LED (D1_BMC)| JUMPERS
a CMOS Clear Jumper (J6_PCH)
b CPLD Power On Jumper (J2_FPGA)
c BMC Reader Jumper (J18)
d ME Recovery Jumper (J3_PCH)
e BIOS Core Execution Tree Jumper (J5_PCH)
f BMC Remote Debug Jumper (J19)
g Top Swap Disabled Jumper (J1_PCH)
h Password Clear Jumper (J2_PCH)
i Manufacture Mode Jumper (J4_PCH)| SLOTS
A PCIE#1 x16(J1) CPU0 P2:0~15
B PCIE#2 x20 (J46) CPU0: PE1 0~15 and PE0 8~11
C PCIE#3 x16(J3) CPU1 P2:0~15
D PCIE#4 x16(J2) CPU1 P0 :0~15
---|---|---
System Installation
Open the Chassis
Preparing the Chassis
Read normal ESD (Electrostatic Discharge) procedures.
Place your TYAN® Server Chassis on a flat anti-static surface to perform the
following integration procedures. Read ESD procedures before reaching inside
to install components.
1 Remove the two screws securing the top cover to the
chassis.| 2 Press firmly the locking latches, then slide to remove the top
cover.| 3 Lift to remove the air ducts from the chassis.
Install the Front Hard Disk Drives (3.5” or 2.5”)
1 Press on the locking lever latch.
The locking lever opens automatically.| 2 Slide the HDD tray out.| 3a Unlock
and open the tray locking lever. Place the 3.5” HDD into the drive tray. Close
the locking lever to secure the HDD to the tray.
3b Place a 2.5” hard HDD into the drive tray. Use 4 screws to secure the HDD
to the tray.v| 4 Reinsert the HDD tray into the chassis.| 5 Press the locking
lever to secure the tray. Repeat the same procedures to install other HDD
trays.
Install the Front Hard Disk Drives (2.5”)
1 Press on the locking lever latch.
The locking lever opens automatically.| 2 Slide the HDD tray out.| 3 Unlock
and open the tray locking lever.
4 Install the 2.5” HDD into the pins on the drive tray. Close the locking
lever to secure the HDD to the tray.| 5 Reinsert the HDD tray into the
chassis.| 6 Press the locking lever to secure the tray. Repeat the same
procedures to install other HDD trays.
Install the Processor
| Package Type | XCC | MCC |
|---|---|---|
| Shim | NO | YES |
| Carrier code | E1A | E1B |
| TE | 1-2351052-5 | 1-2351052-2 |
| FIT | WNMEC00-0NNK1-EH | WNMEC00-0NNK2-EH |
| LOTES | AZIF0204-P006C | AZIF0240-P003C |
1 Align the triangle edge of the carrier with the notch on the edge of the
heatsink. Then install the carrier on the bottom of the heatsink and make sure
the latches are snapped under the edge of the heatsink.| 2 Align and install
the processor on the carrier. Make sure the gold
arrow is located in the correct direction.
NOTE: When installing the processor, secure the front side (A)
first, and following with the middle and rear sides (B C).| 3 Remove the CPU
cover.
4 Carefully flip the heatsink assembly.
Align the heatsink with the CPU socket by the guide pins. Make also ure that
the triangle edge of the carrier is aligned correctly with the triangle mark
on the CPU socket. Then place the heatsink assembly onto the top of the CPU
socket.| 5 Press down on the retention clips to fix the heatsink assembly to
the CPU socket.| 6 To secure the heatsink assembly use a T30 Security Torn to
tighten the screws.
NOTE: A new heatsink comes with pre-applied thermal grease
Once the heatsink has been removed from the processor, you need to clean the
processor and heatsink using an alcohol solvent. Then apply new thermal grease
before reinstalling the heatsink.
Install the Air Duct
By aligning with the guide pins, place the CPU0 air duct on top of the CPU0
heatsink.
Repeat the step for installing the CPU1 air duct.
Install the Single Slot GPU Card (Optional)
1 Unlock the clips.| 2 Insert the memory module.| 3 Lock the clips.
Install the Single Slot GPU Card (Optional)
1 Release the thumbscrew securing the GPU bracket to the chassis.| 2 Lift to
remove the GPU bracket from the chassis.| 3 Flip the GPU bracket and place on
the surface. Then remove the screw and slide to remove the dummy bracket.
4 Install the GPU card to the GPU bracket, and then secure the GPU card to the
bracket with a screw.| 5 Carefully flip the GPU bracket. Then align and
install the GPU bracket to its slot on the chassis.| 6 Tighten the thumbscrew
to secure the GPU bracket to the chassis.
Install the Dual Slot GPU Card (Optional)
1 Release the thumbscrew and remove the three screws securing
the GPU bracket to the chassis.| 2 Lift to remove the GPU bracket from the
chassis.| 3 Flip the GPU bracket and place on the surface. Then remove the two
screws and slide to remove the dummy brackets.
4 Align and install the GPU card holder plate to the GPU card. Then secure it
with the two or three long screws.| 5 Install the GPU card to the GPU bracket,
and then secure the GPU card to the bracket with the four screws (2 screws for
the front side of the bracket and 2 short screws for the rear side of the
bracket).| 6 Connect the GPU cable (2-in-1) to the GPU card connectors.
7 Carefully flip the GPU bracket. Then align and install the GPU bracket to
its slot on the chassis.| 8 Tighten the thumbscrew and install the three
screws to secure the GPU bracket to the chassis.| 9 Connect the other end of
the GPU cable to the motherboard
connector.
NOTE: Please refer to http://www.tyan.com for supported GPU list.
I/O Ports
Caution
