The thinkRF H1000A is compact

The thinkRF H1000A is compact

thinkRF H1000A | Mission Critical RF Amplifier The thinkRF H1000A is the most compact stand-alone power amplifier in its class, making it ideal for fixed, vehicular and dismounted operations. With passive, fanless cooling, it is silent and reliable.  The thinkRF H1000A RF Power Amplifier is available to order today. Please contact thinkRF for a demo….

The thinkRF H1000A is designed for ruggedness

The thinkRF H1000A is designed for ruggedness

thinkRF H1000A | Mission Critical RF Amplifier The thinkRF H1000A is designed to withstand operation in harsh conditions. An IP66 rated enclosure and connectors ensure rain and dust will not interfere with operation. Connectors are strong and secure; preventing accidental disconnection during an operation. Fanless, passive cooling ensures the thinkRF H1000A is not vulnerable to…

The thinkRF H1000A has dual-band architecture

The thinkRF H1000A has dual-band architecture

thinkRF H1000A | Mission Critical RF Amplifier The thinkRF H1000A employs a dual-band architecture (High/Low band) for antenna optimization and a dual TNC (frequency-banded) output ports to provide a complete coverage. You can cover mobile wireless frequency bands that occur between 715 MHz – 2.7 GHz simultaneously without any changes in configuration. The thinkRF H1000A…

Uninterrupted Mobile & Portable Deployments for Wireless Signal Amplification

Uninterrupted Mobile & Portable Deployments for Wireless Signal Amplification

thinkRF H1000A is a compact, powerful, and cost-effective multiband cellular high power amplifier for intelligence, security and emergency applications thinkRF Corp., the leader in software-defined spectrum analysis, today announced the launch of its new thinkRF H1000A High Power Amplifier. The thinkRF H1000A is the industry’s first intelligent multiband cellular high power amplifier. The built-in microcontroller…

BestStartup.ca recognize thinkRF as one of the 101 Top Startups & Companies in two categories

BestStartup.ca recognize thinkRF as one of the 101 Top Startups & Companies in two categories

We are thrilled and humbled to be recognized as one of the 101 Top Startups & Companies in Canada by BestStartup.ca! Time to take a moment to be proud of what we have accomplished so far! BestStartup.ca announced thinkRF as one of the 101 Top Startups & Companies in Canada in two categories: Wireless (click…

Powerful signal analysis & demodulation solutions from thinkRF

Powerful signal analysis & demodulation solutions from thinkRF

Patented software-defined spectrum analysis platforms from thinkRF, combined with seamless integrations with leading third-party software applications, allow users to look deeper into signals, troubleshoot issues, and identify sources of interference to tackle the ever growing complexity and density of wireless signal environment.Conduct in-depth analysis and demodulation with software-defined spectrum analysis solutions from thinkRF: click here.

Upcoming webinar: Key Requirements for Small Receivers, Specifications and Design

Upcoming webinar: Key Requirements for Small Receivers, Specifications and Design

Join our live webinar “Key Requirements for Small Receivers, Specifications and Design” on Thursday, July 15 at 1 PM ET \ 17:00 GMT-UTC RF spectrum monitoring is becoming increasingly challenging and complex. With radio technologies that are pushing into higher frequency bands and increasing diversity in wireless signals, RF engineers need robust solutions to monitor…

Conduct in-depth signal analysis & demodulation with solutions from thinkRF

Conduct in-depth signal analysis & demodulation with solutions from thinkRF

Today’s wireless signal environment is more complex and denser than ever before, and new wireless signal standards will continue to utilize higher frequencies and bandwidths to meet the increasing spectrum needs of new technologies.Explore deeper into signals and conduct in-depth analysis and demodulation with software-defined spectrum analysis solutions from thinkRF: click here.

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