Products

Revolutionary High Performance Embedded RF Architecture

Doodle Labs has developed an innovative patent pending architecture with highly configurable radio transceivers and the Front-End-Subsystems to help deploy implement best-in-class wireless broadband optimized for different frequencies. Like the Lego blocks, these modules can be quickly factory configured to operate within the 150 MHz to 6.5 GHz frequency range, MIMO or single stream RF, different system interfaces (miniPCIe, USB, miniPCI, …), various RF power options, Indoor/Outdoor operation, different physical form factors etc. The end result is that the System Integrator is able to quickly realize an optimized solution leveraging the state-of-the-art, spectrum-efficient MIMO/OFDM technology for high data throughput. 

802.11 (WiFi) MIMO Radio Transceivers  DLM168 Standard Shield 1

Doodle Labs 802.11 (WiFi) MIMO Radio Transceivers feature the latest IEEE 802.11n and 802.11ac technologies with industry best Rx sensitivity and Tx power to deliver high data throughput at long range. The transceivers employ advanced filtering and design techniques to achieve best SNR and out-of-band rejection for enhanced interference immunity. The 802.11 Radio Transceiver family is available in standard size miniPCI Express form factor. It is offered in different model configurations optimized for Indoor/Outdoor or Rugged Enterprise applications. Doodle Labs offers the flexibility to make project specific custom configurations for the OEMs to get the best price/performance. Read More …

Licensed Band MIMO Radio Transceivers  

Doodle Labs’ Licensed Band MIMO Radio platform is targeted for very high throughput applications in various licensed bands assigned to different industry verticals. By leveraging Doodle Labs’ proprietary frequency shifting technology, we are able to offer state-of-the-art MIMO performance in all frequency bands for a vast variety of project needs. Like Lego blocks, we have designed our various product elements that can be rapidly reconfigured. We can customize the operating frequency range anywhere from 600 MHz to 6.5 GHz for LTE or IEEE 802.11 ac/n.  Read More …

PRISM Front End Subsystems  FES

The Prism front-end subsystem (FES) instantly enables any wireless communication system to operate on a variety of frequency bands. The FES is able to frequency shift any RF signal waveform with up to 4 stream MIMO and 256QAM modulation. The Prism FES dramatically improves the operating range and interference rejection characteristics of the wireless systems. It offers very simple system integration without any driver modifications. A large offering in form-factor compatible models simplify introduction of wireless equipment operating in different frequency bands. The Prism FES family spans the frequency range of 600 MHz to 6.5 GHz. Read More ...

Broadband Radio Transceivers – miniPCI interfaceDLM128_Web

Doodle Labs SISO (Single In Single Out) OFDM Radio Transceiver platform integrates the complete IEEE 802.11a/b/g Radio MAC + Frequency Shifter + Power Amps + Filters + LNAs into a compact module with miniPCI interface. The SISO OFDM family of transceivers provide the industry’s best RF characteristics in terms of interference immunity, Tx power, and Rx sensitivity. These transceivers are offered in form factor compatible models ranging from 150 MHz to 6.5 GHz, thus allowing System Integrators to offer modems for different applications. Read More …

 Development Kits

A complete system development kit which provides all the tools and accessories you need to test concepts, deliver prototypes or develop a product with Doodle Labs radio modules.

System Integrators can rely on Doodle Labs for expertise in designing their embedded wireless systems. We’ll work with your development engineers to ensure rapid, seamless integration of our Broadband transceivers into your product offerings, and help smooth the development process in hardware, software, mechanical engineering, and agency certification. It is our goal to have our customers go to market faster with better performing products at a lower overall cost. Read More …