SOW.pdf

Statement of Work iHawk Real-Time Computing

05/06/2019

1.0 Scope/Background

In order to meet current and future requirements of Naval Air Warfare Center Weapons Division, China Lake (NAWCWD), the Warfare Technology Office (WTO) intends to procure one (1) iHawk Real-Time Computer System. The Government intends to use the iHawk to run an Integrated Flight Simulation (IFS) at high speeds in order to support a Seeker in the Loop (SiL) environment as well as supporting physics models.

2.0 Applicable Documents

N/A

3.0 Requirements/Specifications

The following describes the specifications for the iHawk Computing System to be procured. The system consists of a 4U rackmount chassis as well as the listed computer resources below. All specifications are the minimum requirements unless otherwise stated.

3.1 iHawk Real-Time Computing System will consist of the following specifications:

3.1.1 General characteristics:

• Primary use: Running multiple models as IFS in a thread controlled environment allowing prioritization and consistent deterministic processing

• 36 Cores on processors for parallel processing

• 3 GHz processors

• 48 Gigabytes of memory, 2666 MHz access speed

• Solid State Drive (SSD) for real-time OS and logging

• Operating System Red Hawk (Red Hat derivative) to provide deterministic processing

• Real-Time Clock and Interrupt Module (RCIM) to provide high resolution timing and interrupts

• System will provide additional PCIe interfaces via expansion chassis

3.1.2 Detailed specifications:

Table 1. iHawk Real-Time Computing System Requierments

Multi-thread Core Support 36 Cores Processor Speed 3 GHz System Memory At least 48 Gigabytes @ 2666 MHz Data Communication Two Ethernet Cards capable of 10 Gbit/s and 300 Digital I/O lines capable of 400 kHz update rate

Timing The system shall have RCIM timing and interrupt capability to run processes as well as time stamp logged information

Chassis

Dimensions The system shall fit within a standard 19" wide equipment rack.

With 4U vertical space consumed.

Rackmount Kit The system shall include all hardware to support rackmounting the equipment.

Connectors All input/output connectors shall be located on the front or back of the chassis as required to interface to the other hardware in the chassis.

System Power Switch The system shall include a way to power the system without requiring removal of the power cord or special power equipment.

Computer System

Operating System The system shall use Red Hawk Linux (Red Hat derivative OS) to provide deterministic processing of IFS and physics models

Power Supply Input The system shall accept standard U.S. receptacle power (95-115 VAC @ 50-60 Hz).

Ethernet The system shall include a 10GBase-T Ethernet interface port, accepting standard RJ45 male connectors.

Storage Drives The system shall have the SSD of 1TB storage.

Display Output The system shall provide output to an external display monitor Other Peripheral Interfaces All peripheral interfaces (audio input/output, RS-232, PS2, etc.)

required to control the system shall be readily assessable and close to the display.

System Support Software and Documentation

All system software, product manuals, and configuration procedures shall be installed on the delivered system as well as provided on read-only CDs or DVDs. This shall include the OS, control and acquisition software, peripheral software tools, and any system hardware drivers, as well as procedures required to rebuild the system HDD in the event of a failure.

Prohibited Components The system shall not have any cameras or wireless transmitting or receiving components. This includes but is not limited to webcams, 802.11 WiFi, Bluetooth, optical, or other RF protocols and standards.

Environmental

Operating Temperature The system shall be capable of operating in an ambient temperature of 0°C to 35°C.

3.2 Delivery/Acceptance:

The iHawk Real-Time Computing System shall be delivered within 90 days of contract award. The iHawk Real-Time Computing System will be inspected by a Government representative at the Government’s facility.

3.2.1 Acceptance of the iHawk is contingent upon delivery of the iHawk to the Government’s facility and successful determination and/or demonstration of all specifications identified in Sec. 3.1.

3.2.2 Acceptance will be within 90 days of the system being received at the Government facility.

4.0 Deliverables

4.1 iHawk rackmount system containing two 3.0 GHz Xeon Gold 6154 200W 18-Core CPUs w/24.75 MB cache, 48 GB memory 2666 MHz, Dual 10 Gbit Ethernet ports, 1 serial port/header, 4 USB ports, 21 PCIe slots - 19 unused (20 x16 3.0, 1 x8 3.0), AST2500 on-board graphics, 8 SATA ports, M.2 port, C622 chipset PS, one 960 GB 2.5" SSD SATA drive, non-RAID configuration, USB keyboard and optical mouse, 4U SATA rack/tower chassis (29" depth) 2000W redundant P/S, rackmount rails, 24 3.5-in removable drive bays, External USB DVD-RW drive, Quadro P400 w/2 GB memory (3 miniDP) graphics card, 64-bit RedHawk Linux real-time OS with CentOS distribution, Real-Time Clock & Interrupt Module PCIecard (RCIM III) (Note: This system requires RedHawk 7.3 or higher.).

4.2 PCIe4-SIO8BX2-0 - Eight Channel High Performance Serial I/O PCIe x4 device (Native form factor PCIe 4 lanes, Standard Temperatures). Featuring Multi- Protocol Serial I/O with software configurable cable transceivers and 32k byte FIFO Buffers (512k byte total). The SIO8BX2 is a combines four multi-protocol Dual Universal Serial Controllers (USC®), 16 external FIFOs, and multi-protocol transceivers to provide eight fully independent asynchronous or synchronous serial channels. Multiprotocol Transceivers support RS422 (V.11)/RS485, RS423 (V.10), RS232 (V.28), V.35, RS530, as well as other Mixed Protocol modes. The Zilog chips will handle the protocol specific overhead and add/strip extra information from the serial data stream to make it match the requested protocol.

Requires an available PCIe x4 Slot.

4.3 7.5 foot Cable Non-Shielded w/ DB25 Female Connectors, RS530A Pinout for the CS-GS-SIO8BXx Serial Controler (CBL7.5-SIO8BXS-DB25S-RS530A )

4.4 MIL-STD-1553 Breakout Adapter Cable for the CS-DD-67206K-200R. This item is for replacement of the adapter included with the I/O device. (DDC P/N DDC- 76195-2) Supported by RedHawk and SimWB.

4.5 DDC BU-67206K-200R-JLO (Multi-Function) PCIe (x1) MIL-STD-1553 device.

Two dual redundant MIL-STD-1553 channels. Multi-Function: BC + Multi-RT + Monitor. Enhanced features, Onboard DMA Engine, Bridgeless PCIe Design, MIS Interrupts. PCIe x1 form factor. Test and Simulation Toolkit: Error Injection, Variable Voltage Output, Advanced Triggering. The card also contains software configurable bus coupling and termination options, eight digital discrete I/Os, eight avionics (+35V) Discrete I/Os, IRIG-B Time Code Input/Output, and a Time Tag Clock Input/Output. Commercial Temp. Supported by RedHawk and

SimWB.

4.6 Spectrum M2i7021-exp PCI Express Digital I/O board with 512 MByte; 32 bit 125 MS/s, 64 bit 60 MS/s, 1x cable Cab-d40-idc-100 included. **NOTE** - Each card requires an available PCIe x1 slot and Two (2) Rear I/O Slots to accommodate 64-bit I/O.

Expansion Chassis may be necessary. 5 of these cards are necessary to meet the number of digital I/O lines necessary.

4.7 Spectrum M2ixxxx-SH5 - Synchronization star hub for up to 5 M2i7021-exp PCI Express boards, only 1 slot width.

4.8 NightStar Tools, Floating, One User