Supermicro SuperServer SYS-212H-TN Bruksanvisning
Supermicro
Server
SuperServer SYS-212H-TN
Läs gratis den bruksanvisning för Supermicro SuperServer SYS-212H-TN (1 sidor) i kategorin Server. Guiden har ansetts hjälpsam av 2 personer och har ett genomsnittsbetyg på 4.6 stjärnor baserat på 1.5 recensioner. Har du en fråga om Supermicro SuperServer SYS-212H-TN eller vill du ställa frågor till andra användare av produkten? Ställ en fråga
Sida 1/1
1 1
1
BPN1
1 1 2 2
1
2
BPN1
BPN2
1 1
2 2 3 3
1 2
3
12
43
1 2
3 4
BPN1
12
43
5
6
78
1 2
3 4
1
2
34
65
7
8
910
1 1
JFP1
MH5
SRW1
JPWR8
JPWR9
JIO1
J4
FAN5
FAN4 FAN3
FAN2
JMCIO_PE8B1 JMCIO_PE8A1
BAR CODE
BAR CODE
2242
2260
2280
22110
2242
2260
2280
22110
JSTBFAN
M.2_MH4
M.2_MH3
JTPM1
JRK1
M.2-C2
JNCSI1
JL1
DESIGNED IN USA
X14SBH
REV:1.01
BAR CODE
BAR CODE
BIOS LICENSE
2
J3
FAN10
JP2
JMCIO_PE7A1 JMCIO_PE7B1
JPWR5
JPWR6
JPWR7
LED6
JBT1
J10
BT1
LED4
JNVI2C1
JBPNI2C1
FAN8
FAN7
FAN6
JMCIO_PE5A1
JMCIO_PE5B1
M.2-C1
M.2_MH1
M.2_MH2
P1 AIOM PCIe 5.0 x16
LED1
LED3
JAIOM1
FAN9
JMCIO_PE6B1
P1 SLOT 2
JMCIO_PE6A1
P1_PE4 8–15 VPP I²C
P1_PE4 0–7 VPP I²C
SRW2
FAN1
JNVI2C2
JBPNI2C2
JPWR10
JPWR11
JB1
JPT1
JB2
JPWR2
JPWR1
JPSU1
MH3
J35
CPU
DIMMD1
DIMMD2
DIMMC1
DIMMC2
DIMMB1
DIMMB2
DIMMA1
DIMMA2
DIMME2
DIMME1
DIMMF2
DIMMF1
DIMMG2
DIMMG1
DIMMH2
DIMMH1
BMC
JPSU2
JTIMED
JSXB0
CUT OUT
CUT OUT
CUT OUT
CUT OUT
CUT OUT
JROU1
JPFR3
JPFR1
JPFR2
JP1
JCP1
JSPD1
P1 SLOT1 PCIe 5.0 x16
JDBG1
J4CSBMSEL
JVRM1
JRSI2C1 USB2/3
JAIOM2SB1
JPWR3
JPWR4
Rev. 1.0
Rev. 1.0
LBL-2759-T-QRG
LBL-2759-B-QRG
Front View & Interface
System Information
CPU Installation, supporting a single Intel® Xeon® 6 Processor (LGA 4710)
Board Layout Memory Support
SuperServer SYS-212H-TN Quick Reference Guide
No te: Please refer to user manual for memory module [rank] and [DRAM density] requirements when using Intel® Xeon® 6 CPU.
4
1
2 3
5
6
7
8
12
16
13
1415
10
11
9
18
19
17
20
21
22
24
25
26
27
23
I m t nte Descrip io
1
JAIOM1: PCIe 5.0 x16 lo AIOM S t
Connector
2
P VME /131_N 12 : P 5.0 x8 Cle
MC Conne or 1_ 0-7IO ct (P PE6 )
3
P VME /151_N 14 : PCIe 5.0 x8
MC Conne or 1_ 8-15IO ct (P PE6 )
4JNCSI1: NC-SI rHeade
5JL1: Int s rru ion Heade
6
P1 2SLOT : PCIe 5.0 S t x16 4C lo
Connector
7
JRK1: Intel VROC R D Key AI
Header
8
M. 22-C : M.2 PCIe 5.0 Int face er
(M- 25key 110 22/ 110 2280/ )
9 : M orJ M1TP TP Connect
10
P VME /191_N 18 : PCIe 5.0 x8
MC Conne or 1_ 8-15IO ct (P PE8 )
11
P VME /171_N 16 : P 5.0 x8 Cle
MC Conne or 1_ 0-7IO ct (P PE8 )
12
JN ²CVI 2: NVMe 2C Heade I r
Channel 2
13
JB ²CPNI 2: N IBP 2C Heade r
Channel 2
14
P VME 0/11_N : P 5.0 IO Cle x8 MC
Conne or 1_ct (P PE4
)0-7
I m t nte Descrip io
15
P VME 2/31_N : P x8 O Cle 5.0 MCI
Conne or 1_ 8-15ct (P PE4 )
16
JN ²CVI 1: NVMe 2C Heade I r
Channel 1
17
JB ²CPNI 1: N BP I2C Heade r
Channel 1
18 : U 3.2 G r US /3B2 SB en1 Heade
19
P VME 6/71_N : PCIe 5.0 IO x8 MC
Conne or 1_ 8-15ct (P PE5 )
20
P VME 4/51_N : P x8 O Cle 5.0 MCI
Conne or 1_ 0-7ct (P PE5 )
21
J 1FP : F t t P l ron Con rol ane
Header
22 : O Ba yBT1 nboard CMOS tter
23
M. 12-C : M.2 PCIe 5.0 Int f e er ac
(M- 25key 110 22/ 110 2280/ )
24
P VME /111_N 10 : P 5.0 x8 Cle
MC Conne or 1_ 8-15IO ct (P PE7 )
25
P VME 8/91_N : P x8 O Cle 5.0 MCI
Conne or 1_ 0-7ct (P PE7 )
26
P1 1SLOT : PCIe 5.0 S t x16 4C lo
Connector
27
J 1IO : st B d Sy em I/O oar
Conne or MCct ( U BVGA, SB, NIC)
DI eMM Popul ionat Guid
Type
Cha el nn
H1 H2 G1 G2 F1 F2 E1 E2
CPU
A2 A1 B2 B1 C2 C1 D2 D1
2 DI sMM
V V
4 DI sMM
V V V V
8 DI sMM
V V V V V V V V
16 MM DI s
V V V V V V V V V V V V V V V V
B. Assembling the Processor Heatsink Module (PHM)
1. If this is a new heatsink, the
thermal grease
has been preapplied.
Otherwise, apply the
proper amount of
thermal grease.
2. Hold the processor
carrier assembly so
the processor's gold
contacts are facing up,
then align the holes
of the processor
carrier assembly with the
holes on the heatsink.
Press the processor
carrier assembly down
until it snaps into place.
The plastic clips of the
processor carrier
assembly will lock at the
four corners.
3. Examine all corners to ensure
that the plastic clips on the processor
carrier assembly are firmly attached
to the heatsink.
A. Creating the Intel Xeon 6 CPU Carrier Assembly
1. Locate small gold triangle
(Pin 1) on processor
and corresponding
hollowed triangle
on carrier.
Pin 1
Make sure the lever
is pressed down before
installing the processor.
A
B
Pin 1
a
c
b
d
Processor Carrier Assembly
(Upside Down)
Triangle on the
processor carrier
Triangle on the CPU
Thermal grease
C. Preparing the CPU Socket for Installation
Gently pull off the plastic
protective cover by one
corner to remove it
from the CPU
socket.
D. Installing the Process Heatsink Module
1. Locate four threaded fasteners (a, b, c, d) on the CPU socket.
4. With a t30-bit screwdriver, tighten all PEEK
nuts in the sequence of A, B, C, and D with
even pressure not greater than 8.0 in-lbf.
(0.904 N-m).
A, B, C, D: Peek Nut
1, 2, 3, 4: Rotating Wire
a, b, c, d: Threaded Fastener
Peek Nut
(Unlatched)
(Latched)
Gr absip T
2. Locate four PEEK nuts (A, B, C, D) and four rotating wires
(1, 2, 3, 4) on the heatsink as shown below. Gently place
the heatsink on the CPU socket, making sure that each
nut is properly aligned with its corresponding threaded
fastener.
2. Using the
triangles as a
guide, carefully
align and place
Point A of the
processor into
the carrier.
Gently snap into
place to
fasten onto
Point B.
Rear View
1
2
3
4
5
6
7
8
HDD0
HDD1
HDD2
HDD3
HDD4
HDD5
HDD6
HDD7
HDD8
HDD9
HDD10
HDD11
HDD12
HDD13
HDD14
HDD15
HDD16
HDD17
HDD18
HDD19
HDD20
HDD21
HDD22
HDD23
Service/Asset Tag with BMC Password
I m t nte Descrip io
1 P Bu onower tt
2 UID Bu ontt
3 P LEDower
4 NI LEDC2
5 P F LEDower ail
6 LEDHDD
7 NI LEDC1
8 Inf LEDormation
HDD0
HDD1
HDD2
HDD3
HDD4
HDD5
HDD6
HDD7
HDD8
HDD9
HDD10
HDD11
HDD12
HDD13
HDD14
HDD15
HDD0
HDD1
HDD2
HDD3
HDD4
HDD5
HDD6
HDD7
2
1
4
5
3
3
2
1
4
A1
5
6
7
8
6
A2
Item t nDescrip io
1 P S 1ower upply
2 P S 2ower upply
3 B L AN P tMC or
4 U P tsSB or
5 A P tVG or
6 UID Bu ontt
Descrip iot n
P S LED ower upply
S G nolid ree
A v ce is alid power sour
c to t U, d onnected he PS an
t U is lhe PS operationa
P S LED ower upply
B k G nlin ing ree
PS is in andbU st y state
(12VSB andby power onl st y)
P S LED ower upply
S G nolid ree
1. P ce to t U ower sour he PS
is c t v t dis onnec ed or in alid bu
a sec U is t lond PS opera iona
2. U f , t U PS ailure and he PS
is t t lno opera iona
P S LED ower upply
B k G nlin ing ree
A U t PS warning even
o , t t U st l ccurred bu he PS is il
opera ionat l
Slo Descrip iot t n
S t 1 cat (FH, . *lo lo ion 10 5”L)
S t 2 cat (FH, . *lo lo ion 10 5”L)
S t 3 cat (FH, . *lo lo ion 10 5”L)
S t 4 cat (FH, . *lo lo ion 10 5”L)
S t 5 cat (FH, . *lo lo ion 12 3”L)
S t 6 cat (FH, . *lo lo ion 12 3”L)
S t 7 cat (FH, . *lo lo ion 12 3”L)
S t 8 cat (FH, . *lo lo ion 12 3”L)
3
2
1
4
5
6
7
8
Slo Descrip iot t n
PCIe 5.0 x M S t16 AIO lo
(Opt *ional M) AIO
A1
A2
*Slot availability depends on system configuration.
Power supply full redundancy based on configuration
and application load.
NVMe Drive Cable Routing Storage AOC Drive Cable Routing
16 NVMe
24 SAS
16 SAS
8 NVMe24 NVMe
8 SAS
2 2 3 4
5 6
7 8
9 10
BPN1
BPN2
BPN3
5 6
7 8
BPN1
BPN2
BPN1
BPN2
BPN3
C or Bo d ane/R i a rt i y S e Nonnect on ard/Car Backpl ser nd Po Dr ve Ba MC Cabl P/
P1 S t 2lo
BPN1 NVME1 & NVME2
( VME S S8)BPN-N 5-H 219N-
0- L- 4-1265 M53 CB GNZ A Y
P1 S t 1lo
BPN1 NVME3 & NVME4
( VME S S8)BPN-N 5-H 219N-
4- L- 4-1265 M57 CB GNZ A Y
P VME0/11_N
BPN2 NVME1
( VME S S8)BPN-N 5-H 219N-
8- L-MCIO-1221M9 CB 5
P VME2/31_N
BPN2 NVME2
( VME S S8)BPN-N 5-H 219N-
10- L-MCIO-1221M11 CB 5
P VME4/51_N
BPN2 NVME3
( VME S S8)BPN-N 5-H 219N-
12-1 L-MCIO-1330M3 CB 5
P VME6/71_N
BPN2 NVME4
( VME S S8)BPN-N 5-H 219N-
14-1 L-MCIO-1330M5 CB 5
P VME /131_N 12
BPN3 NVME1
( VME S S8)BPN-N 5-H 219N-
16-1 L-MCIO-1280M7 CB 5
P VME /151_N 14
BPN3 NVME2
( VME S S8)BPN-N 5-H 219N-
18-1 L-MCIO-1280M9 CB 5
P VME /171_N 16
BPN3 NVME3
( VME S S8)BPN-N 5-H 219N-
20-2 L-MCIO-1324M1 CB 5
P V1_N
ME /1918
BPN3 NVME4
( VME S S8)BPN-N 5-H 219N-
22-2 L-MCIO-1324M3 CB 5
C or Bo d ane/R i a rt i y S e Nonnect on ard/Car Backpl ser nd Po Dr ve Ba MC Cabl P/
P VME0/11_N
BPN1 NVME1
( VME S S8)BPN-N 5-H 219N-
0- L-MCIO-1221M1 CB 5
P VME2/31_N
BPN1 NVME2
( VME S S8)BPN-N 5-H 219N-
2- L-MCIO-1221M3 CB 5
P VME4/51_N
BPN1 NVME3
( VME S S8)BPN-N 5-H 219N-
4- L-MCIO-1330M5 CB 5
P VME6/71_N
BPN1 NVME4
( VME S S8)BPN-N 5-H 219N-
6- L-MCIO-1330M7 CB 5
P VME /131_N 12
BPN2 NVME1
( VME S S8)BPN-N 5-H 219N-
8- L-MCIO-1280M9 CB 5
P VME /151_N 14
BPN2 NVME2
( VME S S8)BPN-N 5-H 219N-
10- L-MCIO-1280M11 CB 5
P VME /171_N 16
BPN2 NVME3
( VME S S8)BPN-N 5-H 219N-
12-1 L-MCIO-1324M3 CB 5
P VME /191_N 18
BPN2 NVME4
( VME S S8)BPN-N 5-H 219N-
14-1 L-MCIO-1324M5 CB 5
C or Bo d ane/R i a rt i y S e Nonnect on ard/Car Backpl ser nd Po Dr ve Ba MC Cabl P/
P VME0/11_N
BPN1 NVME1
( VME S S8)BPN-N 5-H 219N-
0- L-MCIO-1221M1 CB 5
P VME2/31_N
BPN1 NVME2
( VME S S8)BPN-N 5-H 219N-
2- L-MCIO-1221M3 CB 5
P VME4/51_N
BPN1 NVME3
( VME S S8)BPN-N 5-H 219N-
4- L-MCIO-1330M5 CB 5
P VME6/71_N
BPN1 NVME4
( VME S S8)BPN-N 5-H 219N-
6- L-MCIO-1330M7 CB 5
C or Bo d ane/R i a rt i y S e Nonnect on ard/Car Backpl ser nd Po Dr ve Ba MC Cabl P/
SAS AOC1 CN0
BPN1 CN1 CN & 2
( VME S S8)BPN-N 5-H 219N-
0- L-SAS -1264 -107 CB T F 0
SAS AOC2 CN0
BPN2 CN1 CN & 2
( VME S S8)BPN-N 5-H 219N-
8-1 L-SAS -1264 -105 CB T F 0
SAS AOC2 CN1
BPN3 CN1 CN & 2
( VME S S8)BPN-N 5-H 219N-
16-2 L-SAS -1276 -103 CB T F 0
C or Bo d ane/R i a rt i y S e Nonnect on ard/Car Backpl ser nd Po Dr ve Ba MC Cabl P/
SAS AOC CN0
BPN1 CN1 CN & 2
( VME S S8)BPN-N 5-H 219N-
0- L-SAS -1264 -107 CB T F 0
SAS AOC CN1
BPN2 CN1 CN & 2
( VME S S8)BPN-N 5-H 219N-
8-1 L-SAS -1276 -105 CB T F 0
C or Bo d ane/R i a rt i y S e Nonnect on ard/Car Backpl ser nd Po Dr ve Ba MC Cabl P/
SAS AOC CN0
BPN1 CN1 CN & 2
( VME S S8)BPN-N 5-H 219N-
0- L-SAS -1264 -107 CB T F 0
Each th a e system come wis uniqu
de aul pa word or he DM erf t ss f t A IN us .
T a i hehis can be found on st cker on t
mo herboard and er underneat a i st ck th
t vice is.he ser tag on chass
If ss ssnece ary, the pa word an be c
re he upermi ro oolse bt y t S c IP FG tMIC .
F f t se isit or more in orma ion plea, v
h p c / t s/tt s:// .swww upermi ro om.c en olu/s ion
managemen ware bm -re ourt-soft / c s ces
S
/N: S123456XX X
0
123
B
MC: X X X XX XX XXX XX
P BWODMRGT WD:AM
Pull ou- t ta BMCg with unique password
a iand Ser l Number Label undern h.eat
S/N: S123456XXX0123
BMC: XXXXXXXXXXXX
PWD: AMBWODMRGT
S/N Label
PULL
a
b
c
d
(a, b, c, d: Threaded Fasteners) CPU Socket Pin1
Th adere
d
F eneast
r
CPU Socket
A
C
B
D
A
Rotating Wire
1
2
Peek Nut
C
D
B
Rotating Wire
3
Rotating Wire 4
Rotating Wire
Rotating Wire
3. Press all four rotating wires outward to latch
the PHM onto the CPU socket.
Rotating
Wire
Rotating
Wire
A
B
C
D
Produktspecifikationer
| Varumärke: | Supermicro |
| Kategori: | Server |
| Modell: | SuperServer SYS-212H-TN |
Behöver du hjälp?
Om du behöver hjälp med Supermicro SuperServer SYS-212H-TN ställ en fråga nedan och andra användare kommer att svara dig
Server Supermicro Manualer
13 September 2025
13 September 2025
12 September 2025
12 September 2025
12 September 2025
12 September 2025
12 September 2025
12 September 2025
12 September 2025
12 September 2025
Server Manualer
Nyaste Server Manualer
15 September 2025
10 September 2025
8 September 2025
8 September 2025
5 September 2025
5 September 2025
5 September 2025
4 September 2025
4 September 2025
4 September 2025