Attachment 1 - Product List-FINAL.pdf

Sat-Lite LNA, LNB, LNB CONTROLLERS

CLIN 0001 LNB Controllers: Salient Characteristics

1. 19” chassis with up to 17 slots for interchangeable hot swap modules. The chassis incorporates a field replaceable internal 10MHz reference source and distribution module.

Field replaceable high-resolution color touchscreen HMI on the front panel (hot-swappable from the front). Field replaceable CPU (hot-swappable from the front). Dual redundant PSUs hot-swappable from the front. Web-browser interface, Ethernet via RJ45, and SNMP V2/V3. QTY 6

2. External 10MHz reference feed in cards for use with 1U chassis, use in one of the chassis slots. 50 ohm SMA Connectors. QTY 6

3. 4 x 4 distributive matrix module occupying no more than 4 slots of a 1U chassis. The unit operates over a frequency range of 500-3150 MHz. Up to 4 of these may be fitted into a 1U chassis. Fitted with SMA 50 ohm RF connectors. QTY 6

4. High Power LNB DC/10MHz injector module. Output frequencies in extended L-band (850-

2450 MHz) with 0/12 to 24V DC, up to 750mA, and a selectable 22Khz tone. Local & remote control provided by the modular chassis and monitoring of LNB current and RF input power. Supplied with 50 Ohm SMA input connectors and 50 Ohm SMA output connectors. QTY 48

CLIN 0002 Sat-Lite Feeds: Salient Characteristics 1.) Must be physically compatible with Sat-Lite Agilis 2431 Motorized Flyaway Antenna.

2.) Frequency band support is listed below in a prioritized list with minimum frequency ranges

(greater frequency range will be given preference). Preference will also be given to the vendor who can support a greater number of the following frequency bands at lowest cost to the government. Finally, transmit capability is not a requirement, though transmit capability will not be inherently detrimental to bids. Plain language: We don’t need it, but we won’t be sad if it’s there.

a. Ku-band linear polarization

i. 2 Rx port 10.7-12.75 GHz, motorized polarization drive, +- 90 degrees of polarization variability

ii. Physically compatible LNB, description below.

iii. Quantity: 2

b. C-band circular polarization

i. 2 Rx: 3.4-4.8 GHz

ii. Physically compatible LNB, description below.

iii. Quantity: 2

c. S-band circular polarization

i. 2 Rx port, approximately 2-2.5 GHz, with type-N interface.

ii. Physically compatible LNA, description below.

iii. Quantity: 1

d. X-band circular polarization

i. 2 Rx ports, 7.25-7.75 GHz

ii. Physically compatible LNB, description below

iii. Quantity: 2

e. Ka-band linear polarization

i. 2 Rx ports, 17.7-20.2 GHz, motorized polarization drive, +- 90 degrees of polarization variability

ii. Physically compatible LNB, description below.

iii. Quantity: 2

f. Ku-band circular polarization

i. 2 Rx port 10.7-12.75 GHz

ii. Physically compatible LNB, description below.

iii. Quantity: 1

LNBs and LNAs: Salient Characteristics 1.) Must be physically compatible with the above feeds.

2.) Ku-band Low Noise Block:

a. Minimum receive frequency range: 10.7-12.75 GHz

b. This range may be covered by multiple LOs

c. External 10 MHz reference input

LNB Quantity 4 3.) C-band Low Noise Block:

a. Minimum receive frequency range: 3.4-4.2 GHz

b. External 10 MHz reference input

LNB Quantity 4 4.) S-band Low Noise Amplifier:

a. Minimum receive frequency range: 2-2.55 GHz; preference given to wider range across S-band.

b. Minimum gain: 50 dB LNA Quantity 1

5.) X-band Low Noise Block:

a. Minimum receive frequency range: 7.25-7.75 GHz

b. Input type: WR112

c. External 10 MHz reference input

LNB Quantity 4 6.) Ka-band Low Noise Block:

a. Minimum receive frequency range: 17.20-22.20 GHz

b. External 10 MHz reference input

LNB Quantity 2