次世代スーパーコンピュータのシステム構成案について
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2 A 3.3 B /4/27 4 1
3 /4/27 4 2
4 NEC NHF PFLOPS2.5PB 30MW 3, SimFold, GAMESS, Modylas, RSDFT, NICAM, LatticeQCD, LANS HPL, NPB-FT /4/27 4 3
5 NH 1,280 N 40,960 SMP CPU 40, , PFLOPS : 2.5PB N 2TB Fat-tree Fat-tree 16GB/s Gbps 17.5MW (Linpack) SW2 #00 SW2 #15 SW2 #16 SW2 #31 SW2 #32 SW2 #47 SW2 #48 SW2 #63 Fat-tree 4 SW1 SW1 SW1 #00 #15 # SW0 SW0 SW0 #00 #15 #16 16 SW1 SW1 #31 #32 SW0 SW0 #31 #32 SW1 SW1 #47 #48 SW0 SW0 #47 #48 SW1 SW1 #63 #64 SW0 SW0 #63 #64 SW1 #79 SW0 #79 16GB/s x 16links x 2 16GB/s x 16links x 2 N : 32CPU, 128Core, 8.19TFLOPS, 2TB N : 32CPU, 128Core, 8.19TFLOPS, 2TB N NUMA 16GB/s x 16links x 2 N NUMA 16GB/s x 16links x 2 CPU: 256GFLOPS CPU: 256GFLOPS CPU: 256GFLOPS CPU: 256GFLOPS Core: 2GHz Core: (2FMA 2GHz Core: x 8VPP) (2FMA 2GHz Core: 64GFLOPS x 8VPP) (2FMA 2GHz 64GFLOPS x 8VPP) (2FMA 64GFLOPS x 8VPP) 64GFLOPS (32) Core: 2GHz Core: (2FMA 2GHz Core: x 8VPP) (2FMA 2GHz Core: 64GFLOPS x 8VPP) (2FMA 2GHz 64GFLOPS x 8VPP) (2FMA 64GFLOPS x 8VPP) 64GFLOPS (1280 N ) Core: 2GHz Core: (2FMA 2GHz Core: x 8VPP) (2FMA 2GHz Core: 64GFLOPS x 8VPP) (2FMA 2GHz 64GFLOPS x 8VPP) (2FMA 64GFLOPS x 8VPP) 64GFLOPS (32) Core: 2GHz Core: (2FMA 2GHz Core: x 8VPP) (2FMA 2GHz Core: 64GFLOPS x 8VPP) (2FMA 2GHz 64GFLOPS x 8VPP) (2FMA 64GFLOPS x 8VPP) 64GFLOPS L2$: 8MB L2$: 8MB L2$: 8MB L2$: 8MB 128GB/s 128GB/s 128GB/s 128GB/s MEM: 64GB MEM: 64GB MEM: 64GB MEM: 64GB 2007/4/27 4 4
6 NH 45nmCPU 256GFLOPS CPU42GHz 2FMAx8128KB 8MB 4RDB Reusable Data Buffering L2 1CPU4 SMP 40,960CPU10.48PFLOPS2.5PB N 32CPU OSMPI CPU CPU 140W Linpack 328TB/s 3Fat tree 1280 N 2007/4/27 4 5
7 NH OS: LinuxIO OS : : OpenMP MPI : Fortran HPF CAF C/C++ MPI 2007/4/27 4 6
8 F 82,944 CPU 82, , PFLOPS 2.53PB32GB ToFu: +3D 18CPU D 5.0GB/s GB/s MW (Linpack) 3D 30GB/s x 6 2 /9 / 30GB/s x 6 2 /9 / CPU: 2GHz, 128GFLOPS (8Cores) Core: Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core SIMD(4FMA) SIMD(4FMA) 16GFLOPS L2$: 6MB MEM: 32GB 64GB/s 82,944 CPU: 2GHz, 128GFLOPS (8Cores) Core: Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core SIMD(4FMA) Core: SIMD(4FMA) SIMD(4FMA) 16GFLOPS L2$: 6MB MEM: 32GB 64GB/s 2.5GB/s x 8 links x 2 180GB/s 2.5GB/s x 8 links x 2 180GB/s 2007/4/27 4 7
9 F 45nm 1CPU LSI 128GFLOPS 1CPU82GHz FP128SPARC-V9 4 SIMD4FMA 4 HPC 6MB L28 / 82,944CPU 10.6PFLOPS2.53PB Linpack 58W/CPU 20 ToFu Torus-connected Full connection 18CPU 1 3D /4/27 4 8
10 F OS POSIX UNIX OS OpenMP MPI : 8SMP8SMP D ToFu Fortran XP Fortran HPF CAF C/C++ MPI 2007/4/27 4 9
11 NH F PFLOPS PB PB / m 2 1,446 / 2,976 1,475 / 3,198 / MW 17.5 / 23 Linpack 15.5 / 22.8 Linpack CPU 40,960 82, , ,552 Fat Tree D 2007/4/
12 NH F GHz 2 GFLOPS : 2FMA x 8VPP) SIMD 4FMA GFLOPS CPU Byte/Flop L2 0.5 MB 8 6 Byte/Flop /4/
13 2GHz Thin Fat NH 40,960 F 82,944 () HPC 2007/4/
14 2 NH 4 16 F 8 66 NH F SIMD NH Fat Tree F D 2007/4/
15 SimFold GAMESS Modylas RSDFT NICAM LatticeQCD LANS HPL High Performance LinpackNPB-FT 2007/4/
16 NH F PFLOPS SimFold GAMESS Modylas RSDFT NICAM LatticeQCD LANS HPL NPB-FT 7 HPL NPB- FT 2007/4/
17 NH LatticeQCD LANS NH F NH F NH F NH F NH F NH F NH F NH F SimFold GAMESS Modylas RSDFT NICAM LatticeQCD LANS NPB-FT RSDFTNPB-FT 2007/4/
18 12 NH F PFLOPS BMT 2007/4/
19 10PFLOPS2.5PB 30MW 3,200 BMT CPU F NH F NH 2007/4/
20 /4/
21 /4/
22 1. LINPACK 10PFLOPS 2. 10PFLOPS 10PFLOPS 3-5PFLOPS PC 3. 3PFLOPS 3PFLOPS 1PFLOPS 2007/4/
23 F 10PFLOPSNH 3PFLOPS A B Fat Tree Fat Tree ToFu Fat Tree NIC F NH F NH F NH ToFu /4/
24 FNH 10PFLOPS 3PFLOPS Linpack 10PFLOPS A B ToFu Fat Tree F NH 2007/4/
25 1/ /4/
26 2/3 SIMD 2007/4/
27 3/3 CPU 2007/4/
28 /4/
29 A B ToFu Fat Tree A B LINPACK 10PFLOPS A 10PFLOPS B 3PFLOPS A: 11.2PFLOPS x 85% LINPACK =9.52PFLOPS B: 3.1PFLOPS x 90% LINPACK =2.79PFLOPS 1.2TB/ 15PB F 80PB NH 5PB A+B LINPACK 90% 11.08PFLOPS 85% 10.46PFLOPS 80% 9.85PFLOPS A 1/8 B/FLOPS B 1/4 1/8 B/FLOPS 100PB A B10 A B B 2007/4/
30 On-the-fly 2007/4/
31 On-the-fly 10PFLOPS t 1 t 2 t 3 2, 2, 2, t 1 t 2 t 3 A B 2007/4/
32 On-the-fly 10A A 2 10TB B 10PFLOPS 3PFLOPS 10TB 10TB 1PFLOPS 2 on N TB 10TB 2 on N TB 10TB 2 on N n GB/CPU 1.0 1TB/ A B 2007/4/
33 - e - e I - I - 3 3PF 1PF 30GB 40TB 45GB 0.3GB SCF-CI 4GB 3GB 2007/4/
34 A 10PFLOPS 15PB A ToFu F 80PB B Fat Tree NH 5PB B 1PFLOPS 1TB NUMA 2007/4/
35 A 13PF A 10PF+B 3PF (1PF )10 A 13PF A 10PF B 3PF 151 5, ,500 B : NICAM 1 : 1.9 LANS 1 : /4/
36 /4/
37 CPU 99, , PFLOPS PB 100PB A B 24MW 3, MW/PFLOPS 266 /PFLOPS 15PB CPU 87, , PFLOPS 1.34PB 15.2MW 1,900 CPU 12,288 49, PFLOPS PB 6.8MW 900 5PB 80PB 1.2TB/s 2.0MW /4/
38 MPI A MPI B 2007/4/
39 A B ACL MPI API 2007/4/
40 A B 57m 52m A B 1, m 3,800 36m 70m 12.5m 17m 2007/4/
41 2007/4/ A LSI OS LSI OS B
42 3.2 A 2007/4/
43 A 87,552 CPU 87, , PFLOPS 1.34PB16GB ToFu +3D 18CPU 1 20x16x16 =5,120 3D 15.2 MW (Linpack) 3D 30GB/s x 6 2 /9 / 30GB/s x 6 2 /9 / CPU: 2GHz, 128GFLOPS (8Cores) Core: Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core SIMD(4FMA) SIMD(4FMA) 16GFLOPS L2$: 6MB MEM: 16GB 64GB/s 87,552 CPU: 2GHz, 128GFLOPS (8Cores) Core: Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core: SIMD(4FMA) Core SIMD(4FMA) Core: SIMD(4FMA) SIMD(4FMA) 16GFLOPS L2$: 6MB MEM: 16GB 64GB/s 2.5GB/s x 8 links x 2 180GB/s 2.5GB/s x 8 links x 2 180GB/s 2007/4/
44 A 45nm 1CPU(LSI)128GFLOPS 1CPU82GHz FP128SPARC-V9 4 ) SIMD (4FMA 4 ) HPC 6MB L28 / 42W/CPU Linpack 58W/CPU20 ToFu (Torus-Full connection) 18CPU /4/
45 8128FP 2GHz SIMD GFLOPS CPU 128GFLOPS 6MB 64GB/s 32GB/s 32GB/s L2 L1 2B/FLOP L2 0.5B/FLOP CPU 128GF 16GFx8 2GH 8 2 2SIMD 2 2SIMD KB(2way) 116KB(2way) 2 6MB(12way) 64GB/s 2007/4/
46 SIMD 4,8 (1) SIMD 2 (2) SIMD 4 Basic FPR(%b0-%b63) FPR(%e0-%e63) FPR(%b0-%b63) FPR(%e0-%e63) FMA FMA FMA FMA A-pipe B-pipe C-pipe D-pipe FMA FMA FMA FMA A-pipe B-pipe C-pipe D-pipe Extend (3) SIMD1 SIMD2 FPR(%b0-%b63) FPR(%e0-%e63) FPR(%b0-%b63) FPR(%e0-%e63) FMA FMA FMA FMA A-pipe B-pipe C-pipe D-pipe FMA FMA FMA FMA A-pipe B-pipe C-pipe D-pipe 2007/4/
47 CPU 16GB SBCPU 2 32GB ICC Interconnect Controller CPU-ICC 32GB/s ICCPCI Express gen2 DIMM DIMM 32GB/s 32GB/s DIMM CPU CPU 32GB/s 32GB/s 82GB/s ICC DIMM 32GB/s 32GB/s PCIe Gen2 4GB/s x3 ToFu 6.4Gbps / differential pair PCIe Gen2... 5Gbps / differential pair Full / ToFu 5GB/s x8 Torus / ToFu 10GB/s x 2(+1) 2007/4/
48 ToFu ToFu Torus-connected Full-connection 2 9SB 2.5GB/s 2) ToFu 2 20x16x16 3 5GB/s x 3 x 2 = 30GB/s MPI D 2007/4/
49 mm 3 52m 36m 2007/4/
50 25 SW (8) (50) 10GbE SW 10GbE 50TB RAID SCFB 50TB RAID SW SW IO SB SW SW (320) (320) (320) (320) 10GbE SW 10GbE SW 10GbE SW 10GbE SW 1GbE SW 1GbE SW 1(12) 8GFC PB 2007/4/
51 OS POSIXUNIX OS SW OpenMP MPI : Fortran HPF CAF XP Fortran C/C++ A 8SMP 87,552 B ToFu 2007/4/
52 RAS CPU ECC RAM /4/
53 3.3 B 2007/4/
54 B 12, N CPU 12,288 49, PFLOPS PB32-64GB N 32CPUs NUMA1TB-2TB 2 Fat-tree ( ) x 16 7MW 900 Fat-tree SW2 24 #00 SW0 #00 16 SW0 #02 SW2 #02 SW0 #03 SW2 #15 SW0 #23 16GB/s x 16links x 2 16GB/s x 16links x 2 N : 32CPU, 128Core, 8.19TFLOPS, 1-2TB N : 32CPU, 128Core, 8.19TFLOPS, 1-2TB N NUMA 16GB/s x 16links x 2 N NUMA 16GB/s x 16links x 2 CPU: 256GFLOPS CPU: 256GFLOPS CPU: 256GFLOPS CPU: 256GFLOPS Core: 2GHz Core: (2FMA 2GHz Core: x 8VPP) (2FMA 2GHz Core: 64GFLOPS x 8VPP) (2FMA 2GHz 64GFLOPS x 8VPP) (2FMA 64GFLOPS x 8VPP) 64GFLOPS (32) Core: 2GHz Core: (2FMA 2GHz Core: x 8VPP) (2FMA 2GHz Core: 64GFLOPS x 8VPP) (2FMA 2GHz 64GFLOPS x 8VPP) (2FMA 64GFLOPS x 8VPP) 64GFLOPS (384 N ) Core: 2GHz Core: (2FMA 2GHz Core: x 8VPP) (2FMA 2GHz Core: 64GFLOPS x 8VPP) (2FMA 2GHz 64GFLOPS x 8VPP) (2FMA 64GFLOPS x 8VPP) 64GFLOPS (32) Core: 2GHz Core: (2FMA 2GHz Core: x 8VPP) (2FMA 2GHz Core: 64GFLOPS x 8VPP) (2FMA 2GHz 64GFLOPS x 8VPP) (2FMA 64GFLOPS x 8VPP) 64GFLOPS L2$: 8MB L2$: 8MB L2$: 8MB L2$: 8MB 256GB/s 256GB/s 256GB/s 256GB/s MEM: 32-64GB MEM: 32-64GB MEM: 32-64GB MEM: 32-64GB 2007/4/
55 B 45nmCPU 256GFLOPS CPU42GHz 8FMAx2128KB 8MB L24 RDB (Reusable Data Buffering) 12,288CPU3.14PFLOPS PB N 32CPU OS : 140W/CPU Linpack 98TB/s 2Fat tree 384 N 2007/4/
56 4 1 8MB L2 2GHz 64GFLOPS CPU 256GFLOPS 1B/FLOP 8MB L2 256GB/s 128GB/s 1B/FLOP L2 4B/FLOP RDB (Reusable Data Buffering) 256GF 64GFx4 8MB 8way- 64B/4 Unified 1B/FLOP 16GB/s 2 256GB/s 2007/4/
57 128 4way 8 2 / /4/
58 N 4CPU 1U 8U 32CPU I/O NUMA 2CPUN33x33 16GB/s x 2 I/Ox86 NN N N 16GB/s x x 16 MM MM MM MM C C C C C C C C C C C C C C C C MM MM MM MM MM MM MM MM C C C C C C C C C C C C C C C C MM MM MM MM MM MM MM MM C C C C C C C C C C C C C C C C MM MM MM MM I/O I/O U #0 U #1 U #7 CPU CPU 2007/4/
59 N 2Fat-tree 16GB/s Gbps N N 98TB/s SW2 24 #00 SW0 SW0 #00 #02 16 N 16 CPU #0~3 CPU #4~7 CPU #28~31 SW2 #02 SW2 #15 SW0 #03 SW0 # /4/
60 54.5m 2 N ) 1I/O mm 2000mm 1000mm 2N mm I/O SW 8SW 1000mm 600mm 800mm I/O m 800mm 1000mm 2007/4/
61 OS: LinuxIO OS : SW : OpenMP MPI : Fortran HPF CAF C/C++ UPC 2007/4/
62 RAS CPU ECCRAM(L2 ) I/F RAM MOD-N Out-of-N BIST (Built-In Test) / LSI ECC 1 N / OS CPU N I/O NN RAID6 I/O 2007/4/
63 /4/
64 A SIMD ToFu SIMD RAS B Fat-tree VCSEL 20Gbps SerDes RAS 2007/4/
65 A LSI (1/2) LSI 45nm LSI 8 HPC SIMD 6MB 128GFLOPS /101 / ) - RAM - Vth - - Vdd, Vbs 2007/4/
66 A LSI (2/2) ( 10 ) LSI R A M L1$ L1 $ SEC DED ECC L2$ SEC DED ECC SEC DED ECC mtlb GPR FPR GUB FUB PC PSTATE ALU SHIFT FMA 2007/4/
67 2007/4/ A (1/2) I/O 6.25Gbps 6.25Gbps PT 15 IDC 3.125Gbps SystemBoard ICC SystemBoard ICC SystemBoard ICC SystemBoard ICC SystemBoard ICC SystemBoard ICC SystemBoard ICC SystemBoard ICC SystemBoard ICC SystmBoard ICC CN SystmBoard ICC CN SystmBoard ICC CN SystmBoard ICC CN SystmBoard ICC CN SystmBoard ICC CN SystmBoard ICC CN SystmBoard ICC CN SystmBoard ICC CN
68 A (2/2) ToFu MPI 100PetaFlops HPC /4/
69 A (1/2) (SB) SB (SB) 2007/4/
70 A (2/2) CPU0.006( ) / / / 2007/4/
71 A SIMD (1/2) Basic, Extend 2 2/ Basic, Extend SIMD 2 SIMD DO I=1,N IF ((I)) then A(I)=B(I)+C(I) ELSE X(I)=Y(I)*Z(I) ENDIF ENDDO L2, L1 DO I=1,N,2 IF ((I)) then IF ((I+1)) then A(I)=B(I)+C(I) A(I+1)=B(I+1)+C(I+1) ELSE A(I)=B(I)+C(I) X(I+1)=Y(I+1)*Z(I+1) ENDIF ELSE IF ((I+1)) then X(I)=Y(I)*Z(I) A(I+1)=B(I+1)+C(I+1) ELSE X(I)=Y(I)*Z(I) X(I+1)=Y(I +1)*Z(I+1) ENDIF ENDIF ENDDO 2007/4/
72 A SIMD (2/2) Venus 8 ( ) SIMD / / 2007/4/
73 B LSI(1/2) (1) NMOS PMOS N+ N+ P_well P+ P+ N_well P_sub / 90nm 65nm 45nm (2) 45nmCMOS Low etc /SRAM etc Vth etc etc 2007/4/
74 B LSI(2/2) LSI TEG LSI LSI 2007/1 2009/1 2009/ fix RTL LSI TEG TO LSI LSI LSI 2007/4/
75 B(1/2) (1) (2) 20Gbps SerDes ITRS Gbps 1000/LSI 1/200 1/ /4/ G bps 10G 1G ITRS 2 20Gbps
76 B(2/2) FIX 2007/4 2007/4 2007/2 2008/2 2009/2 2009/ fix RTL LSI 2007/4/
77 B(1/2) Program DO DO i = 1, 1, n +B(i-1)+ +B(i)+ = +B(i+1) END END DO DO i-1 i i+1 VL i-1 i i+1 VL 2007/4/
78 B(2/2) 2007/4Q 2008/4Q 2009/4Q 2010/4Q fix RTL LSI 2007/4/
79 /4/
80 SimFold GAMESS Modylas RSDFT NICAM LatticeQCD LANS HPL High Performance LinpackNPB-FT 2007/4/
81 2007/4/
82 2007/4/
83 2007/4/
84 2007/4/
85 F 1/2 (SPARC64VI 1Core) SIMD SIMD or 2007/4/
86 F 2/2 2007/4/
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81 200942 2142 1 A B / HPC Challenge Award 2009/4/2 1 1 2009/4/2 1 2 2009/4/2 1 3 11PB CPU 88,128 705,024 11.28PFLOPS 1.34PB 16MW 1,470 CPU 12,288 49,152 3.1PFLOPS 0.375PB 7MW 1,070 7.6PB 30PB 2MW 1000
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A = QΛQ T A n n Λ Q A = XΛX 1 A n n Λ X GPGPU A 3 T Q T AQ = T (Q: ) T u i = λ i u i T {λ i } {u i } QR MR 3 v i = Q u i A {v i } A n = 9000 Quad Core Xeon 2 LAPACK (4/3) n 3 O(n 2 ) O(n 3 ) A {v i }
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PC murakami@cc.kyushu-u.ac.jp muscle server blade server PC PC + EHPC/Eric (Embedded HPC with Eric) 1216 Compact PCI Compact PCIPC Compact PCISH-4 Compact PCISH-4 Eric Eric EHPC/Eric EHPC/Eric Gigabit
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A = QΛQ T A n n Λ Q A = XΛX 1 A n n Λ X GPGPU A 3 T Q T AQ = T (Q: ) T u i = λ i u i T {λ i } {u i } QR MR 3 v i = Q u i A {v i } A n = 9000 Quad Core Xeon 2 LAPACK (4/3) n 3 O(n 2 ) O(n 3 ) A {v i }
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PowerEdge R230 Contents RAID /RAID & PCIe OS P3-5 P6 P7 P8 P9 P10-11 P12-28 P29-31 P32 P32 P33-36 P37 P38-42 P42-43 P44-45 V4.11 Apr. 2018 2018 4 30 2016 4 22 Ver. 4.11 Ver. 1.1 +- E5-2630 v3 2.4GHz, 20M
R630_160428_2.indd
PowerEdge R630 Contents RAID /RAID & PCIe OS P3-6 P7 P8 P9 P10-11 P12-16 P17-56 P57 P58-65 P66-68 P68 P69-72 P73-76 P77-82 P82-83 P84-85 V1.0 Apr. 2016 2016 4 22 Ver1.0 + - E5-2630 v3 2.4GHz, 20M cache,
B 2 Thin Q=3 0 0 P= N ( )P Q = 2 3 ( )6 N N TSUB- Hub PCI-Express (PCIe) Gen 2 x8 AME1 5) 3 GPU Socket 0 High-performance Linpack 1
TSUBAME 2.0 Linpack 1,,,, Intel NVIDIA GPU 2010 11 TSUBAME 2.0 Linpack 2CPU 3GPU 1400 Dual-Rail QDR InfiniBand TSUBAME 1.0 30 2.4PFlops TSUBAME 1.0 Linpack GPU 1.192PFlops PFlops Top500 4 Achievement of
Ver. 3.8 Ver E v3 2.4GHz, 20M cache, 8.00GT/s QPI,, HT, 8C/16T 85W E v3 1.6GHz, 15M cache, 6.40GT/s QPI,, HT,
PowerEdge R230 Contents RAID /RAID & PCIe OS P3-5 P6 P7 P8 P9 P10-11 P12-28 P29-31 P32 P32 P33-36 P37 P38-42 P42-43 P44-45 V3.8 Apr. 2017 2017 4 28 2016 4 22 Ver. 3.8 Ver. 1.1 +- E5-2630 v3 2.4GHz, 20M
Po w eredge M000e Index? & 00% 5 32CPU 256 0U PowerEdge M000e PowerEdge M000eI/O 6
PowerEdge M Designed for Efficiency Built to reduce total economic impact. PowerEdge M000e PowerEdge M90 / M70 / M70HD / M60 / M60x Xeon 2 9 0 3 4 2 5 6 3 4 7 8 5 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Po
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P ProLiant DL180 Generation 5 2009 11 12 1 OVERVIEW ProLiant DL180 Generation 5 ProLiant DL180 G5 8DD A ( 8DD ) LED / DVD-RW DVD-ROM USB 2.0 2 4 PCI ProLiant DL180 G5 QC XE5405 2/2x6 1P 1G 8D R 456831-291(
Microsoft SQL Server 2012 における EMC パフォーマンスの高速化EMC VFCache、EMC Symmetrix VMAX 10K、および EMC FAST VP
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Express5800/120Ra-1
1. CPU L1 L2 CD-ROM LAN OS OS N8100-661A ( /1BG(256)) Pentium 1.0BGHz 1 2 32KB 256KB 128MB 4GB (73.2GB 2) 10 24 100BASE-TX 10BASE-T 2 640 480 1280 1024* 2. DISK LINK/ACT(LAN1) STATUS LINK/ACT(LAN2) POWER/SLEEP