Attachment 3 - Tech Criteria Chart.xlsx
XLSX spreadsheet 15 KB Posted
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- Custom Developed Scientific Workstations
- Solicitation number
- HHS-NIH-NIDA-CSS-20-007356
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Sheet1 Evaluation Worksheet
| Hardware and Software Components for each Workstation: | Brand Name or Equal* Component | Comments |
| 1x Phanteks Enthoo 719 (PH-ES719LTG_DAG01) High Performance Full Tower Case | ||
| 4x Phanteks - Stackable 3.5" HDD Bracket Duo Pack Cases PH-HDDKT_03 | ||
| 7x Noctua Fan NF-A14 PWM 140x140x25mm 4Pin SSO2 Bearing A-Series Blade Geometry Retail, 3 x Front Intake, 3 x Top Exhaust, 1 x Rear Exhaust | ||
| 1x EVGA SuperNOVA 1600 T2 Power Supply, ATX12V/EPS12V - 120 V AC, 230 V AC Input Voltage - 3.3 V DC, 5 V DC, 12 V DC, 5 V DC, -12 V DC Output Voltage - Modular - 96%, Efficiency - 1600 W | ||
| 1x Supermicro H11DSI-NT Server Motherboard - AMD Chipset - Socket SP3 - 2 TB DDR4 SDRAM Maximum RAM - DIMM, RDIMM - 16 x Memory Slots - 2 x USB 3.0 Port - 10 x SATA Interfaces, Dual 10GBase-T LAN Ports, 2 PCI-E 3.0 x16, 3 PCI-E 3.0 x8, 2 USB 3.0 ports, 4 USB 2.0 ports | ||
| 1x Supermicro TPM 2.0 module with Infineon 9665, RoHS/REACH, PBF | ||
| 2x AMD EPYC 2nd Gen 7742 64-core/128-thread CPUs (a total of 128-core/256-thread dual AMD CPUs/system), 2.25 GHz Processor, 256 MB Cache | ||
| 2x Noctua NH-U12S TR4-SP3, Premium-Grade CPU Cooler for AMD sTRX4/TR4/SP3 | ||
| 2x Noctua NF-F12 PWM, Premium Quiet Fan, 4-Pin (120mm, Brown), Push Pull on Coolers | ||
| 16x 128GB 8RX4 2666 DDR4 LRDIMM-3DS STD RAM (total of 2TB RAM/system) | ||
| 1x 48GB NVIDIA Quadro RTX800 GPU (primary graphics visualization card) | ||
| 1x 48GB NVIDIA Quadro RTX800 GPU (dedicated compute graphic card) | ||
| 1x 2TB NVMe SSD (Intel DC P4511 or equivalent) - M.2 22110 Internal - PCI Express 3.1 x4 (primary boot SSD) | ||
| 1x Intel Tri-Mode PCIe/SAS/SATA RAID Adapter (16 internal ports) 12Gb/s SAS, with Intel RAID Maintenance Free Backup (AXXRMFBU7) | ||
| 4x Internal 12G U.2 Cable (Mini SAS HD to U.2, SFF-8643 to SFF-8639) with SATA power, 0.7m, 2ft | ||
| 2x Supermicro 55cm OCuLink SFF-8611 (x4) to U.2 SF-8639 with 4 Pin Power Cable | ||
| 2x Supermicro Internal iPASS to 4 SATA 64/54/44/34cm with Sideband 64cm Cable | ||
| 6 x 15.36TB SSD NVMe (Micron 9300 PRO or equivalent) configured as 92TB RAW data RAID 0 NVMe internal drive (high performance 92TB NVME SSD RAID) | ||
| 4 x 32TB SSD SATA (3.5” Micron ExaDrive NL or equivalent) configured as 128TB RAW data RAID 0 SATA internal drive (temp data storage 128TB SATA SSD RAID) | ||
| 1x 10GbE NAS UNIT - 160 TB RAW, Synology NAS DS3617xs 12Bay Xeon D-1527 16GB DDR4 USB3.0, Diskless NAS, Noise Level: 22.3 dB(A) | ||
| 2x 16GB Synology Memory Module DDR4 2666 MHZ ECC RAM 16GB | ||
| 1x Synology AC E10G18-T2 10GbE Ethernet Adapter 2 x RJ45 ports | ||
| 2x 960GB Intel SSD D3-S4610 2.5 SATA 6Gb/s 3D2 TLC (cache drives) | ||
| 10x Toshiba HD MG08ACA16TE 3.5 16TB SATA ES 72 256M 6Gb/s 512E Enterprise Drives (install, configure & test as RAID 6 128TB NAS with 32TB for data protection) | ||
| 2x Tripp Lite USB 3.0 Hub SuperSpeed 10-Port USB-A Compact 20kV ESD Industrial | ||
| 1x 32-inch 8K monitor | ||
| 1x wired backlit keyboard | ||
| 1x wireless mouse | ||
| 1x Windows 10 Enterprise 64-bit, installed and validated |
| Configurations of internal SSD and external NAS drives: | Yes/No | Comments |
| 1x 2TB SSD NVMe to be connected to the M.2 (JMD1): DC P4511 2 TB SSD (primary boot SSD) | ||
| 4 x 15.36TB SSD NVMe to be connected to the Tri-Mode RAID card: 4 x 15.36TB NVME SSD (utilizing all ports on the RAID controller) | ||
| 2 x 15.36TB SSD NVMe to be connected to the onboard oculink ports P2-NVME1 and P2_NVME0 (utilizing all onboard NVME ports) | ||
| 4 x 32TB SSD SATA to be connected to the onboard SATA ports CPU1-SATA0-3 (with 6 additional SATA ports available: CPU2-SATA0-3, P2-SATA0 and P2-SATA1) | ||
| All 6 x 15.36TB NVMe SSDs are to be software configured as one internal RAID 0 NVMe high performance data processing drive with 92TB storage capacity. | ||
| All 4 x 32TB SATA SSDs are to be software configured as a separate internal RAID 0 SATA temp data drive with 128TB storage capacity. | ||
| 1x 10GbE NAS UNIT - 160TB RAW to be installed into Synology NAS DS3617xs 10GbE disk array external unit consisting of 10x 16TB Toshiba MG08ACA16TE 3.5 SATA HDDs (main storage drives) and 2x Intel SSD D3-S4610 960GB 2.5 SATA 6Gb/s 3D2 TLC (cache drives) and connected to the custom workstation as configured above using 10GbE LAN. After configuring the NAS as RAID 6 disk array, 128TB usable space will be dedicated for data storage and 32TB space for data protection |
| Workstation System Software Compatibility: | Yes/No | Discuss |
| Each system must be compatible with Windows 10 Enterprise 64-bit OS and be optimally configured to support custom development of complex CUDA-enabled machine learning and deep learning algorithms to allow high-end processing, analysis and visualization of very large (>100TB) 2D/3D image datasets using the scientific software listed in the SOW. |
| Delivery: | Yes/No | Comments |
| The 5 Workstations shall be delivered within 30-60 days ARO. The workstations must be fully assembled, tested and validated (including a minimum burn-in time for 72 hours to verify the systems are working) within 10 days from delivery. |
| Warranty: | Yes/No | Comments |
| A 36-month warranty on each of the five workstations will be provided, including all parts and labor, which shall to begin once the workstations are set up and the operating system and installed components haves been tested and validated for a minimum of 72-hour successful burn-in at the Core Facility. Individual components may have varying manufacturer warranties; however, the contractor must provide a minimum 36-month warranty for each component. Contractor shall provide on-site services at the Core Facility for any required replacement components due to malfunctions, on-site and warranty shallwill include all travel, parts and labor. |
| Organizational Experience: |
| The Quoter shall provide and discuss up to three recent examples of organizational projects and indicate their relevance to the solicitation requirements. Projects should show evidence of the Quoter’s expertise and specific experience developing, configuring, testing, and validating workstations for medical research imaging facilities. The contractor must have prior experience developing, validating, and implementing workstations for researchers using the highly specialized scientific software described in the Statement of Work. |
*If Quoter is offering “equal” component, Quoter must provide all information required in Provision 52.211-6 Brand Name or Equal (AUG 1999) so that the Government can assess whether the “equal” product(s) meets and/or exceeds the minimum requirement.
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