Attachment 1 - Statement of Work.pdf

STATEMENT OF WORK

TITLE: Project 25 Radio Test System LAB REQUESTING SERVICE: Communications Technology Laboratory (CTL), Public Safety Communications Research (PSCR) Division

I. BACKGROUND INFORMATION

PSCR laboratories provide research, development, testing, and evaluation to foster nationwide communications interoperability. To conduct test and measurement tasks in public safety communications, PSCR requires a simulation, test, and measurement system for Association of Public-Safety Communications Officials International (APCO) Project 25 radio signaling.

The overall goal is to transmit and receive signaling that emulates the physical layer of P25 compliant radio systems and allows for recording of demodulated symbols and identification of bit errors in the transmitted data streams. P25 trunked and conventional radio systems typically transmit in uplink/downlink frequency pairs in pre-determined bands/frequencies with two sets of physical layer standards for Phase I and Phase II.

PSCR will conduct measurements and identification of P25 physical layer bit errors in both uplink and downlink frequency pairs (up to eight pairs at once) that will be used to characterize P25 radio performance based on real propagation conditions across geographic areas (i.e., a metropolitan area). Raw demodulated data bit streams by location will be used to identify where bit errors would occur in a P25 stream, and PSCR can simulate many different streams of data against the measured bit error locations.

II. SPECIFICATIONS

The contractor shall provide a complete solution as follows:

A. One (1) Base Station/Secondary Mobile Station

a. Primarily Configured as Base Station

i. Antenna/transceiver mounted on DOC Boulder Green Mountain Tower

b. Can be Reconfigured as Mobile Station for Vehicle Operations

c. Frequency Allocations (Downlink // Uplink Pairs) Covered/Filtered

i. 770.23125 MHz // 800.23125 MHz

ii. 770.48125 MHz // 800.48125 MHz

iii. 770.73125 MHz // 800.73125 MHz

iv. 770.98125 MHz // 800.98125 MHz

v. 773.26875 MHz // 803.26875 MHz

vi. 773.36875 MHz // 803.36875 MHz

vii. 773.51875 MHz // 803.51875 MHz

viii. 773.86875 MHz // 803.86875 MHz

ix. 774.26875 MHz // 804.26875 MHz

x. 774.76875 MHz // 804.76875 MHz

d. Transmit/Receive Frequency Selection

i. User programmable

ii. One to eight channels simultaneous in uplink/downlink pairs

1. Can be assigned across two 10 MHz bandwidths (transmit and receive)

e. Antennas for Frequency Allocations in Section II.A.c

i. Replaceable

ii. Can be vehicle/bracket mounted in mobile configuration

iii. Omnidirectional configuration

iv. Calibrated with measurement data

f. Flexibility to Change RF Transmit/Receive Filters and Antennas in Future and Cover Frequency Bands:

i. 138 MHz to 174 MHz

ii. 450 MHz to 470 MHz

iii. 806 MHz to 821 MHz

iv. 851 MHz to 866 MHz

v. 821 MHz to 824 MHz

vi. 866 MHz to 869 MHz

vii. 768 MHz to 775 MHz

viii. 798 MHz to 805 MHz

g. Phase I Radio Modulation/Radio Performance

i. 4800 baud C4FM and CQPSK Signaling, Compliant with TIA Standard

#TIA-102-CAAB-D

ii. Standard Parameters

iii. Adjustable Parameters Beyond Standards

1. Reference Sensitivity

a. 10 dB below ANSI/TIA-102.CAAB-D, 3.1.4 Reference

Sensitivity Standard, Table 3

h. Phase II Signal Modulation/Radio Performance

i. 6000 baud H-CPM and H-DQPSK

ii. Compliant with TIA Standard #TIA-102-CCAB-A

iii. Standard parameters

iv. Adjustable Parameters Beyond Standards

1. Reference Sensitivity

a. 10 dB below ANSI/TIA-102.CCAB-A, 3.1.4 Reference

Sensitivity Standard, Table 3

i. Data Structure

i. Time correlated down to symbol/bit time

1. Phase I: 208.333 microseconds

2. Phase II: 166.667 microseconds

ii. Position correlated to GNSS fix

1. 100 Hz Refresh Rate

j. Calibrated Antenna, Transmitter, Receiver Radio Hardware

i. Known Uncertainties

k. LMR Radio Specs

i. Compliant with TIA-102 Specifications

ii. Will accept user offsets

iii. Exceed TIA requirements by 10 dB

l. User Interface

i. Programmable Transmission/Receive Frequencies

m. Output data

i. GNSS Position

ii. Raw Digitized I/Q samples

iii. Received Data Streams at Base Station

iv. Transmitted Data Streams from Base Station

v. Received Bit Error Streams

vi. Data/Statistics

1. Bits transmitted/received

2. Bit Error Rate

3. Received Radio Signal Strength Indicator (RSSI)

4. Estimated Noise and Interference Power

n. Output Formats

i. Raw Digitized I/Q Data

1. 16 bit, two’s complement, complex

ii. Raw Demodulated Data Streams – User Selectable Format

1. Packed Binary

2. Extended Byte (one data bit per byte, least significant bit)

iii. Data Statistics

1. Computer/Human Readable File Formats

2. RSSI, Noise, and Interference Values Correlated to Each Bit

(208.333 ms or 166.667 ms, Phase I/Phase II)

o. Transmit Power

i. User adjustable up to 100 Watts

p. Cabling

i. Up to 175’ from tower top to base shelter user equipment in base station configuration

ii. Up to 15’ from antenna to inside vehicle for mobile configuration

q. Installation

i. Contractor supplied installation of antenna, transceiver, and cabling for tower configuration

B. One (1) Mobile Station

a. Configured for vehicle operations

b. Frequency Allocations (Downlink // Uplink Pairs) Covered/Filtered

i. 770.23125 MHz // 800.23125 MHz

ii. 770.48125 MHz // 800.48125 MHz

iii. 770.73125 MHz // 800.73125 MHz

iv. 770.98125 MHz // 800.98125 MHz

v. 773.26875 MHz // 803.26875 MHz

vi. 773.36875 MHz // 803.36875 MHz

vii. 773.51875 MHz // 803.51875 MHz

viii. 773.86875 MHz // 803.86875 MHz

ix. 774.26875 MHz // 804.26875 MHz

x. 774.76875 MHz // 804.76875 MHz

c. Transmit/Receive Frequency Selection

i. User programmable

ii. One to eight channels simultaneous in uplink/downlink pairs

1. Can be assigned across two 10 MHz bandwidths (transmit and receive)

d. Antennas for Frequency Allocations in Section II.B.b

i. Replaceable

ii. Can be vehicle mounted

iii. Less than 2’ in height

iv. Omnidirectional configuration

v. Calibrated with measurement data

e. Flexibility to Change RF Transmit/Receive Filters and Antennas in Future and Cover Frequency Bands:

i. 138 MHz to 174 MHz

ii. 450 MHz to 470 MHz

iii. 806 MHz to 821 MHz

iv. 851 MHz to 866 MHz

v. 821 MHz to 824 MHz

vi. 866 MHz to 869 MHz

vii. 768 MHz to 775 MHz

viii. 798 MHz to 805 MHz

f. Phase I Radio Modulation/Radio Performance

i. 4800 baud C4FM and CQPSK Signaling

ii. Compliant with TIA Standard #TIA-102-CAAB-D

iii. Standard Parameters

iv. Adjustable Parameters Beyond Standards

1. Reference Sensitivity

a. 10 dB below ANSI/TIA-102.CAAB-D, 3.1.4 Reference

Sensitivity Standard, Table 3

g. Phase II Radio Modulation/Radio Performance

i. 6000 baud H-CPM and H-DQPSK

ii. Compliant with TIA Standard #TIA-102-CCAB-A

iii. Standard parameters

iv. Adjustable Parameters Beyond Standards

1. Reference Sensitivity

a. 10 dB below ANSI/TIA-102.CCAB-A, 3.1.4 Reference

Sensitivity Standard, Table 3

h. Data Structure

i. Time correlated down to symbol/bit time

1. Phase I: 208.333 microseconds

2. Phase II: 166.667 microseconds

ii. Position correlated to GNSS fix

1. 100 Hz Refresh Rate

i. Calibrated Antenna, Transmitter, Receiver Radio Hardware

i. Known Uncertainties

j. LMR Radio Specs

i. Compliant with TIA-102 Specifications

ii. Will accept user offsets

k. User Interface

i. Programmable Transmission/Receive Frequencies

l. Output data

i. Raw Digitized I/Q Data

ii. GNSS Position

iii. Received Data Stream at Mobile Station

iv. Transmitted Data Stream from Mobile Station

v. Received Bit Error Streams

vi. Data Statistics

1. Bits transmitted/received

2. Bit Error Rate

3. RSSI

4. Noise

5. Interference

m. Output Formats

i. Raw Digitized I/Q Data

1. 16 bit, two’s complement, complex

ii. Raw Demodulated Data Streams – User Selectable Format

1. Packed Binary

2. Extended Byte (one data bit per byte, least significant bit)

iii. Data Statistics

1. Computer/Human Readable File Formats

2. RSSI, Noise, and Interference Values Correlated to Each Bit

(208.333 ms or 166.667 ms, Phase I/Phase II)

n. Cabling

i. Up to 20’ from antenna to inside vehicle

o. Transmit Power

i. User Adjustable Up to 30 Watts

III. PLACE OF PERFORMANCE

All development/manufacturing work shall be completed at the contractor’s facility. Equipment will be shipped, at the expense of the contractor, to the NIST Campus, 325 Broadway, Boulder, CO, 80305. Equipment shall be installed on tower as described in Section II.A.q at the NIST Table Mountain facility, 325 Broadway, Boulder, CO 80305.

IV. ACCEPTANCE/INSPECTION

Prior to acceptance and final payment, PSCR will verify full functionality of devices and service upon receipt.

V. DELIVERY

Delivery and acceptance shall be accomplished and completed NLT 180 days ARO.

VI. DELIVERABLES

Description Quantity Due Date Mobile System 1 180 Days ARO Base Station System 1 180 Days ARO

VII. WARRANTY

One (1) base year plus four (4) option years standard manufacturer/company commercial warranty.

VIII. MAINTENANCE

No maintenance included.

IX. RISK ASSESSMENT

The HSPD-12 Security Risk Level assigned to this Task Order is: Low