STOI_REVISED.pdf

N00173-16-R-JF01

Attachment 2

STATEMENT OF WORK

SAMPLE TASK ORDER I REVISION 1

GENERIC ELECTRONIC WARFARE SYSTEM DEVELOPMENT

1.0 INTRODUCTION

1.1 The purpose of this task is to design, develop, integrate and test a prototype electronic warfare (EW) system for use in an R&D testing as well as provide 12 limited-production prototype electronic warfare (EW) systems for use onboard a US Naval Ship.

2.0 APPLICABLE DOCUMENTS

None

3.0 REQUIREMENTS

3.1 The system shall have the ability to provide both a generic Electronic Attack (EA) countermeasure capability against a broad spectrum of threats as well as a highly specialized EA countermeasure against an individual threat using advanced digital radio frequency memory (DRFM) technologies.

3.2 The system shall have the ability to operate in an autonomous mode to detect, classify, and respond to the signal environment. The system shall have the ability to be cued from an external source to generate a response. The system shall employ coherent and not-coherent response techniques. The system shall have external graphical user interface (GUI) for user operation and control. The GUI shall communicate to rest of the system through Ethernet connectivity.

3.3 The system shall have a technique library containing a set of contractor proposed response techniques. The system shall be capable of having up to 25 additional response techniques added to the technique library via GUI.

3.4 To support this effort the contractor shall conduct studies, analysis, and derivation of system level technical performance requirements. If the studies and analysis show that all the system level requirements (Table 1) cannot be met, the contractor shall make recommendations as to which requirements should be modified, what level they should be modified to, and what the impact of the modification will be on system performance, cost, reliability, and maintainability. The contractor shall conduct modeling and simulation (M&S) of the system performance, and shall design, integrate, and test the various electronic subsystems. The contractor shall conduct a review of the Military Standards for shipboard equipment and provide a tailored list of requirements that are applicable for prototype systems.

The contractor shall develop and deliver a complete documentation package on the unit in sufficient detail that will allow the Navy to compete the build-to-print production of additional systems should it desire to do so following the conclusion of this tasking. The documentation package shall consist of all design drawings, interface documents, software and firmware source and object code as well as documentation, test and acceptance plans, and sparing and repair plans. All documentation generated, source code, analysis & simulation results, and demonstration test data shall have unlimited Government data rights.

3.5 The Contractor shall propose an EW system design which meets the minimum requirements as outlined in Table 1. Proposals may utilize the following assumptions in preparing proposals:

Systems may be hard mounted to the installation platform Systems have fixed orientation.

Systems may utilize a cold plate capable of continuously sinking heat up to 2.5kW. Cooling liquid for the cold plate will be provided by the host platform and does not have to be factored into system requirements. External GUI may be hosted on a commercial laptop computer. Power for the external GUI does not have to be considered as part of the system requirements.

Table 1 defines requirements for the EW prototype systems within this Task Order. Entries in the (T/O) column indicate whether the requirement is a Threshold (T) or Objective (O) Table 1: EW System Requirements

Category Req't # Description (T/O)

SWaP SRD-001 System shall not exceed 4 cubic feet and no single dimension (length, width, height) shall exceed 30 inches. T

SWaP SRD-002 System shall not exceed 200 pounds T SWaP SRD-0003 System shall operate from 28V DC T SWaP SRD-0004 System shall not require more than 3kW of prime power T

Operational SRD-0005 System shall have an operational frequency range of 32-37GHz T Operational SRD-0006 System shall have an operational frequency range of 30-40GHz O Operational SRD-0007 System shall have an instantaneous receive angular coverage of not less than 45 degrees in azimuth and 22 degrees in elevation at mid band T

Operational SRD-0008 System shall have an instantaneous receive angular coverage of not less than 45 degrees in azimuth and 22 degrees in elevation across the operating frequency range

O

Operational SRD-0009 The system shall have the ability to determine the direction of arrival of a threat signal with an accuracy of < +/- 5 degrees T

Operational SRD-0010 System shall have a minimum transmit beam of not less than 10 degrees in azimuth and 22 degrees in elevation at mid band T

Operational SRD-0011 System shall have a minimum transmit beam of not less than 10 degrees in azimuth and 22 degrees in elevation across the operating frequency range O

Operational SRD-0012 System shall be able to steer it’s transmit beam in the direction of arrival of a threat signal with an accuracy of <+/- 2.5 degrees to the threat angle of arrival (AOA).

T

Operational SRD-0013 System shall have a minimum ERP (@ saturation) of 35dBW T Operational SRD-0014 System shall have a minimum ERP (@ saturation) of 40dBW O Operational SRD-0015 System shall have sufficient isolation to protect a 40dBsm ship when transmitting and receiving simultaneously. T

Operational SRD-0016 System shall be able to control the polarization of the signal transmitted T Environmental SRD-0017 System shall meet the tailored list of MIL standards identified by the contractor T Interface SRD-0018 System shall accept external control through Ethernet connectivity T

4.0 PLACE OF PERFORMANCE

4.1 Primary place of performance is the contractor’s facility. Presentations, technical interchange meetings, and support activities may require TDY to remote locations. Performance of this task may also require travel to system test execution sites.

5.0 ORDER TYPE

This task order is issued on the basis marked below:

Cost Plus Fixed Fee Completion

6.0 DELIVERY SCHEDULE

Nominal Delivery Date Initial Prototype System 15 months from award of task order 12 Prototypes Systems 24 months from award of task order

7.0 KEY PERSONNEL

A Lead will be proposed and will be designated in the proposal as Key Personnel.