Sept. 2013.  Andrea Electronics and Maplebrook consult on key audio noise and echo reduction patents.

Jan 2014.  Honeywell and Maplebrook develop COSPAS/SARSAT Algorithm for 2nd generation beacons using spread spectrum signal processing.

May 2013   Maplebrook  develops a 2.4GHz RF telemetry link for UAV for Aflare Systems Inc.

Dec 2013    Maplebrook developes a tunable RF filter, 300-1000MHz, with high linearity, I2C/USB interface, for TV Whitespace (802.22) Harmonics Inc.  for 6Harmonics.

June 2012    Maplebrook develops a prototype low frequency transmitter and antenna for Guartel Technologies Inc. (UK) for buried wire detection.

Jan 2012.  Maplebrook and Optelian Access Networks Corp.  sign a contract to provide signal integrity analysis, and Matlab simulations including DP-QPSK system, and RZ and NRZ  DQPSK modulation options.

May 2012    Maplebrook develops a Full Simulink model for Diablo Technologies including  DDR3 PLL and MDLL/SDLL modeling, MADJ/ADJ error, DLL jitter error, and programmable path mismatch.

June 2011.  Maplebrook starts a contract with Aurora Wireless  to develop an 802.22 tri-band whitespace receiver and discone antenna.

Oct. 2012: Diablo and Maplebrook collaborate on Matlab/Simulink modelling of a DLL for DDR3 applications.

May 2011       UBM Tech Insights hires Maplebrook to perform iPhone diversity and antenna coupling measurements   

Jan 2011        ChipWorks Inc. hires Maplebrook to reverse engineer the Apple iPhone 4 audio noise reduction circuit. 

July 2010  Maplebrook develops and delivers a heartrate extraction algorithm for Valencell (USA)

Aug 2009        Fidus Systems Inc. and Maplebrook collaborate on AIS radio architect

April 2009      High-Tech Solutions, Inc.  signs a contract with Maplebrook to help with IP analysis.

June 2011. Maplebrook develops a front-end radio design (Antenna, LNA, mixer) for meeting 802.22 (whitespace) design requirements for WiLAN Semiconductor .  

April 2007. Maplebrook starts a 2 year contract with Kaben Wireless Silicon  to help develop a commercial FM radio receiver.

Nov 2011. Maplebrook signs with  SiGe Semiconductor to redesign their flagship GPS chip to another IF frequency, NCO, CIC baseband filters with selectable division by 2/4/8 decimation, under-sampling conversion.

Aug 2008. Maplebrook works with Cortina Systems to create a Simulink model for simulating packet delays in an optical network.

April 2008 Zensys A/S (Denmark) hires Maplebrook to create a Simulink model for determining performance of their Mesh Radio product.

March 2007    Maplebrook delivers a model to Cortina Systems to evaluate adaptive enhancements for an optical decision feedback equalizer for 10BaseT.

July 2006. Gennum Corporation  and Maplebrook finish a metrics based steering algorithm of an optical decision feedback equalizer including predictive adaptation,  DFE algorithm heuristics, decision variables, modeling using Simulink.

June 2006. SiGE Semiductor and Maplebrook design a digital predistortion and calibration system for 802.16e applications.

June 2005 Edgewater Computer Systems Inc. and Maplebrook collaborate on the design of an OFDM and 1553x bus adaptive interference cancellation using SFTF algorithm.

Sept. 2005. Skyworks and Maplebrook collaborate on the design of a commercial SoC radio receiver.

Jan. 2005. Optelian Access Networks and Maplebrook collaborate on the design and development of a supervisory channel on OC1-OC48 optical transceiver.  

Oct. 2003.  Med-Eng Systems Inc. and Maplebrook join forces to design the Chameleon countermeasures RCIED jammer.

Mar. 2001 Maplebrook lands a 1-year contract to assist in the development and verification of innovative architectures for IceFyre Semiconductor Inc. 

Mar. 2001 Maplebrook JDS Uniphase cooperation ensures timely redesign of an ultra small form factor 10Gbps optical transceiver for the 2001 Optical Fibre Communications Conference

Maplebrook designs ultra-small profile GDU 70MHz up- and down-converter cards for Inmarsat SatCom applications. 

Maplebrook finishes an LMDS/MMDS and Ka-Band Satellite Interactive Terminal Technical Due Dilligence Report for McLean Watson Capital.

Maplebrook completes a capacity analysis of an adaptive Fixed Wireless Access system for broadband internet access for Soma Networks.

Maplebrook helps define a new receive architecture for an ultra low power Bluetooth transceiver IC.

Maplebrook designs a broad-coverage microstrip antenna element for hand held transceivers operating in the 915 MHz ISM band.

Maplebrook and SquarePeg Communications Inc. collaborate on ultra-small profile 70MHz transmitter and receiver cards and L-band down converters for Inmarsat SatCom applications.