Triad RF Systems
Suite I
East Brunswick, NJ 08816
Share:
Latest Bi-Directional Amplifier Uses LDMOS Transistor Technology
Features transmit signal gain of 25 dB, receive signal gain of 12 dB, receive signal noise figure of 2.5 dB, and ~20W BPSK power x2. Operates at frequency of 2,200-2,500 MHz and supports 2X2 MIMO radio applications. Offers manual or automatic transmit (TX)/receive (RX) switching and is designed for military and commercial use.
Read More »
Latest Bi-Directional Amplifier Uses LDMOS Transistor Technology
Features transmit signal gain of 25 dB, receive signal gain of 12 dB, receive signal noise figure of 2.5 dB, and ~20W BPSK power x2. Operates at frequency of 2,200-2,500 MHz and supports 2X2 MIMO radio applications. Offers manual or automatic transmit (TX)/receive (RX) switching and is designed for military and commercial use.
Read More »
New High-power Amplifier Operates Across Broad Frequency Range of 300 MHz to 6 GHz
Model TA1264 weighs 16 ounces, measures under 4” square and under 1” in height. Enclosed in a rugged enclosure and designed for operation in harsh environmental conditions. Provides advanced built-in PA monitoring and control sections that are directed by microprocessor, FPGA, CPLD or a combination of these devices.
Read More »
New High-power Amplifier Operates Across Broad Frequency Range of 300 MHz to 6 GHz
Model TA1264 weighs 16 ounces, measures under 4” square and under 1” in height. Enclosed in a rugged enclosure and designed for operation in harsh environmental conditions. Provides advanced built-in PA monitoring and control sections that are directed by microprocessor, FPGA, CPLD or a combination of these devices.
Read More »
New Radio System Incluides SoC-based Monitoring and Controls
Includes bi-directional amplifiers, RF filtering and optional real-time power measurements and link diagnostics. Delivers maximum power output of 40W at ~5 Mbps on its max power setting. Employ active power control ensures that both the RF output power and SNR delivered to an antenna remains ultra-stable in presence of fluctuations.
Read More »
New Radio System Incluides SoC-based Monitoring and Controls
Includes bi-directional amplifiers, RF filtering and optional real-time power measurements and link diagnostics. Delivers maximum power output of 40W at ~5 Mbps on its max power setting. Employ active power control ensures that both the RF output power and SNR delivered to an antenna remains ultra-stable in presence of fluctuations.
Read More »
New Radio System Operates from 2,200 to 2,500 MHz
Includes BDAs, RF filtering, real-time power measurements, link diagnostics and innovative SoC-based monitoring and controls. Delivers maximum power output of 40W at 9 Mbps on its max power setting and 10W at ~60 Mbps on its max data rate setting. Employ active power control to ensure that RF output power and SNR delivered to an antenna remains ultra-stable in the presence of fluctuations.
Read More »
New Radio System Operates from 2,200 to 2,500 MHz
Includes BDAs, RF filtering, real-time power measurements, link diagnostics and innovative SoC-based monitoring and controls. Delivers maximum power output of 40W at 9 Mbps on its max power setting and 10W at ~60 Mbps on its max data rate setting. Employ active power control to ensure that RF output power and SNR delivered to an antenna remains ultra-stable in the presence of fluctuations.
Read More »
New Amplified Radios Offer Longest Range Wireless Links
Ensures the signal arrives at the receiver (RX) with the exact signal-to-noise (SNR) to meet the minimum signal quality required for dependable reception and demodulation. Generates clean signal that rises above the electromagnetic interference (EMI) from either co-located system in the vehicle, or from man-made RF noise present in the area of operation. Offer drift in gain, power, signal to...
Read More »
New Amplified Radios Offer Longest Range Wireless Links
Ensures the signal arrives at the receiver (RX) with the exact signal-to-noise (SNR) to meet the minimum signal quality required for dependable reception and demodulation. Generates clean signal that rises above the electromagnetic interference (EMI) from either co-located system in the vehicle, or from man-made RF noise present in the area of operation. Offer drift in gain, power, signal to...
Read More »Sierra Nevada Awards Triad RF Contract for Amplified Radios Used in Army's Lakota Helicopters
Triad is proud to announce we've been awarded a contract from Sierra Nevada Corporation to provide turnkey amplified radio systems for use on the U.S. Army’s and National Guard’s latest fleet of Lakota helicopters. The integrated radio solution is a component of the U.S. Army/National Guard (ARNG) Mission Equipment Package (MEP) program. This MEP enables multi-role helicopter missions and...
Read More »Sierra Nevada Awards Triad RF Contract for Amplified Radios Used in Armyâ™s Lakota Helicopters
Triad is proud to announce we've been awarded a contract from Sierra Nevada Corporation to provide turnkey amplified radio systems for use on the U.S. Army’s and National Guard’s latest fleet of Lakota helicopters. The integrated radio solution is a component of the U.S. Army/National Guard (ARNG) Mission Equipment Package (MEP) program. This MEP enables multi-role helicopter missions and...
Read More »
Latest Bi-Directional Amplifier Uses LDMOS Transistor Technology
Features transmit signal gain of 25 dB, receive signal gain of 12 dB, receive signal noise figure of 2.5 dB, and ~20W BPSK power x2. Operates at frequency of 2,200-2,500 MHz and supports 2X2 MIMO radio applications. Offers manual or automatic transmit (TX)/receive (RX) switching and is designed for military and commercial use.
Read More »
Latest Bi-Directional Amplifier Uses LDMOS Transistor Technology
Features transmit signal gain of 25 dB, receive signal gain of 12 dB, receive signal noise figure of 2.5 dB, and ~20W BPSK power x2. Operates at frequency of 2,200-2,500 MHz and supports 2X2 MIMO radio applications. Offers manual or automatic transmit (TX)/receive (RX) switching and is designed for military and commercial use.
Read More »
New High-power Amplifier Operates Across Broad Frequency Range of 300 MHz to 6 GHz
Model TA1264 weighs 16 ounces, measures under 4” square and under 1” in height. Enclosed in a rugged enclosure and designed for operation in harsh environmental conditions. Provides advanced built-in PA monitoring and control sections that are directed by microprocessor, FPGA, CPLD or a combination of these devices.
Read More »
New High-power Amplifier Operates Across Broad Frequency Range of 300 MHz to 6 GHz
Model TA1264 weighs 16 ounces, measures under 4” square and under 1” in height. Enclosed in a rugged enclosure and designed for operation in harsh environmental conditions. Provides advanced built-in PA monitoring and control sections that are directed by microprocessor, FPGA, CPLD or a combination of these devices.
Read More »
New Radio System Incluides SoC-based Monitoring and Controls
Includes bi-directional amplifiers, RF filtering and optional real-time power measurements and link diagnostics. Delivers maximum power output of 40W at ~5 Mbps on its max power setting. Employ active power control ensures that both the RF output power and SNR delivered to an antenna remains ultra-stable in presence of fluctuations.
Read More »
New Radio System Incluides SoC-based Monitoring and Controls
Includes bi-directional amplifiers, RF filtering and optional real-time power measurements and link diagnostics. Delivers maximum power output of 40W at ~5 Mbps on its max power setting. Employ active power control ensures that both the RF output power and SNR delivered to an antenna remains ultra-stable in presence of fluctuations.
Read More »
New Radio System Operates from 2,200 to 2,500 MHz
Includes BDAs, RF filtering, real-time power measurements, link diagnostics and innovative SoC-based monitoring and controls. Delivers maximum power output of 40W at 9 Mbps on its max power setting and 10W at ~60 Mbps on its max data rate setting. Employ active power control to ensure that RF output power and SNR delivered to an antenna remains ultra-stable in the presence of fluctuations.
Read More »
New Radio System Operates from 2,200 to 2,500 MHz
Includes BDAs, RF filtering, real-time power measurements, link diagnostics and innovative SoC-based monitoring and controls. Delivers maximum power output of 40W at 9 Mbps on its max power setting and 10W at ~60 Mbps on its max data rate setting. Employ active power control to ensure that RF output power and SNR delivered to an antenna remains ultra-stable in the presence of fluctuations.
Read More »