While renowned in the industry since 1991 for our passive and active components,
Renaissance has been a provider of higher order assemblies to fulfill custom application
needs in the Military and Commercial market place. Renaissance and its subsidiary, HXI,
have provided unique solutions for applications ranging from 70 MHz through 140 GHz.
Renaissance is an AS9100 quality standard certified company and is equipped to handle
engineering prototypes to volume production of reliable high performance products.
We continually live up to the industry quality standards of reliability that exemplify the
We are also capable of partnering and manufacturing build-to-print integrated products
assuring cost effective solutions.
We have earned a good reputation in the industry as a component supplier, and by
using mostly components in the integrated assemblies, Renaissance is cost competitive
and passes the savings to our customers. We have the people, technology, equipment,
and quality standards to be of full service to your custom needs. So, when you think of
integrated assemblies, THINK OF RENAISSANCE.
Renaissance/HXI is a turnkey solution provider of quality RF, Microwave and Millimeter Wave products.
Design and Technical Capabilities
We provide optimized cost and performance solutions for all RF, Microwave and
Millimeter Wave based components, sub-assemblies, integrated assemblies, and sub-systems.
We offer design and engineering capabilities and solutions for integrated RF, Microwave
and Millimeter Wave hybrid modules and sub-assemblies employing SMT or chip and
wire assembly techniques plus an expanded line of best-in-class high quality and high
performance mixed-signal sub-system products.
Engineering and Product Development
Our engineering and product development team converts concepts to working solutions.
From MEMS based SPDT for ATE application to Millimeter Wave Radar front ends for
surveillance applications, the Renaissance/HXI design team can help provide solutions for
all levels of integration. Our products are used on a majority of the military programs.
Focused Market Applications
The focused markets are Military Radar, Communications and Surveillance.
Applications Engineering Support
We have a design team with expertise in the area of RF, Microwave and Millimeter Wave
devices, circuit design, Electronics Engineering and Mechanical Design. We have the
necessary software tools required to verify EM interactions and to mechanically package
the concept in SolidWorks. For small scale production, we utilize prototyping PCB
machines that aid in quick concept verification.
World Class design and manufacturing facilities located in Harvard, MA.
The combined manufacturing expertise includes assembly and test work centers supported
by fully loaded tool kits and fixtures along with required RF characterization equipment.
We cover all topologies including surface mount (wire bond), drop-in, coaxial and
waveguide assemblies and sub-assemblies.
Our test work centers include PNAs, VNAs, Spectrum Analyzers, IM Test Sets, High Power
Test Sets, Temperature chambers and Thermal Shock chambers to list a few.
AS9100 certification with a cleared facility.
RF to Millimeter Wave Sub-System Solutions
REC/HXI supplies Millimeter Wave sub-systems and custom-designed components to
support military and commercial systems worldwide. Sub-systems include transceivers for UAV
and helicopter landing systems, surveillance receivers, active sensors for medical research and
specialized communication links for a wide range of applications. Custom components include
variations of many of our catalog products, such as LNAs, power amplifiers and power
combiners, frequency multipliers, mixers, switches and isolators.
Variants of existing catalog components are quickly produced and new sub-assembly
requirements are addressed comprehensively by the appropriate set of component hardware
and system engineers to arrive at the optimum design configuration. A working knowledge of
radar and communications systems allows HXI to understand and address the affects of
complex problems and subtle component performance and interaction issues. Our broad
experience allows us to assume system integration tasks where appropriate, freeing our
customers resources for other aspects of product development. The use of SolidWorks as our
primary mechanical design tool provides a smooth transition when inserting our products into
our customers systems.
Integrated Switch 18A1NAI
Renaissance Electronics’ new 18A1NAI switch matrix is designed for applications that require
reverse low level signals to interfere with forward high power going through the through paths.
The through path can be stepped in intervals of 1.0 dB up to 120 dB. Various models for different
frequency bands are designed with high isolation and directivity. The components are designed
for highest performance and reliability. The matrices are 1U in height in a standard 19” rack.
35 GHz Integrated Transceiver
HXI produces two highly integrated transceivers to support the ground-based and flight
units for a UAV landing system application. The program has been in production for 5+
years using our parts. The ground-based unit integrates 17 individual Millimeter Wave
and IF circuit functions, including one 3.5W Ka-band power amplifier and a SP4T nonreflective
60 GHz Integrated Receiver
The integrated receiver to the left has been used in our Gigalink radios. The receiver is
based on individual circuit functions which are also available from our standard
component catalog. The receiver design provided us with a reduced size and parts
count, two common objectives of integration efforts.
RF to Millimeter Wave Sub-System Solutions
77 GHz Pulsed Radar Prototype for Intelligent Cruise Control Applications
The forward looking radar (FLR) prototype to the left was developed by HXI within a few
months and was used by a French car manufacturer as a prototype for a new Intelligent
Cruise Control. The prototype used mostly standard catalog components along with a
microstrip patch antenna to provide a unit that was mounted in the front of a test vehicle to
collect data in preparation of the design of a production unit.
94 GHz Pulsed Radar Prototype
Using our vast library of standard and custom-designed components, we can quickly
build prototype front ends for system performance verification. Later, we can optimize
parameters and integrate the front end for production. The plate-mounted transceiver
assembly to the left was designed and integrated within a few months and actually served
as an initial flight unit for a helicopter landing radar. The transceiver was later integrated
for a pre-production unit and the size was reduced by a factor of 5.
94 GHz Sub-System for Medical Research
This custom-designed sub-system consisted of many active and passive components at
94, 60 and 35 GHz. The sub-system includes two 94 GHz LNAs and four 94 GHz power
amplifiers, as well as a wideband VCO at 60 GHz with extremely fine mechanical tuning
control. The sub-system also features interchangeable hardware to support 16 different
80 to 100 GHz Receiver Prototype
In addition to a normal down conversion function, the receivers also offer an optional
radiometric mode for higher sensitivity. Frequency coverage and bandwidths were
selected based on available semiconductor devices, which were obtained from a wide
variety of sources, including commercial foundries, research labs, and universities.
FMCW Front Ends
HXI has produced a number of miniature 60 GHz FMCW radar front ends for a variety of
distance/dimension measurement applications. Originally developed for use as a railroad
crossing safety/warning radar, the front ends have also been used for highly accurate
dimension verification during metal ingot fabrication where the high temperature used in
the process does not allow the use of other measurement methods.
Base Station Solutions
Fully Integrated Assemblies
• Transceivers and Repeaters: Miniature high performance Tx and Rx modules from 100 MHz
to 6 GHz. Microcell/Picocell base stations and RF repeaters for WiMAX and
• DAS Solutions: Components and custom assemblies, embedded antenna arrays for
Bluetooth, WiFi, ZigBee, etc., applications.
• Switch Matrices: Covering UHF up to Ka-band, reciprocal and non-reciprocal, blocking and
non-blocking and with the reliability to sustain ground or air transport operating conditions.
• MEMS: From SPST, SPDT to 8 x 8 MEMS based matrix to meet reliability and size
constraints for battlefield communications, wireless networks and ATE systems
• Receiver Multi-Couplers: LNA with n-port division to provide unity gain with ultra
low noise figure for satellite communication system applications.
Switch Product Group
Renaissance has successfully designed a DC-18 GHz RF Switching Matrix Unit. This unit
will direct RF and Microwave frequency signals from general and special purpose test
equipment to the system under test (SUT) as well as RF and Microwave signals from the SUT
to the test equipment. In general, the unit is used as an input/output switching matrix for RF
transmitted/received signals. Additionally, it provides the capability to monitor its switches
operational status continuously by the ATE controller. This matrix consists of terminated
electro-mechanical switches, programmable attenuators, couplers, circulators, and power
dividers to synthesize the RF signals. The layout and choice of components were optimized
to achieve lower loss (<4 dB) and highest isolation (>90 dB). The VSWR on all ports were
better than 1.5:1. The unit is fully controlled by a GPIB interface and has a built-in initialization
and check routine. The matrix is 7U in height, 22” deep, and mounts on a standard 19”
rack. It weighs about 30 lbs. and has telescopic rails that help in servicing the inside without
dismounting from the rack.
Microcell or Repeater for LTE Applications
Our µTCA based repeaters and macro cells for point-to-point to multi-point deployment
supports WiMAX and LTE systems. These Multiple Input Multiple Output (MIMO) and
Orthogonal Frequency Division Multiplexing (OFDM) based systems are built on the
success and performance of industry leading components.
Base Station Emulator Test System, 18A4NAE, 18A4NAF
Renaissance Electronics has developed Switch Matrices for Base Station Emulators to
support a software-based test system to solve capacity and coverage problems. These
emulator systems allow companies to conduct unique testing within their labs by allowing
switching between multiple systems and equipment. An example is the 18A4NAE GSM
system that provides the ability to take any one of the 84 input signals which then can be
directed to any one of the five layers, each with seven individual outputs.
60 GHz & E-Band Radio Links
In addition to our standard off-the-shelf Gigalink radio links at 60 GHz and E-band (71 GHz), we have produced a number of variants for military and government usage.
(Standard links operate at a data rate of 1.25 Gbps.) Our E-band links have been used in
Iraq and Afghanistan to transport critical reconnaissance video back to command posts for
review and action. An analog version of our E-band radio has been used by the
Department of Energy as part of a feedback/correction loop in a particle accelerator
ring, resulting in a significant increase in collisions at the atomic level.
Renaissance Electronics has designed a multi-band combiner for GSM 800/900/1800/1900
& UMTS schemes. This is ideal for in-building distributed antenna systems where different
operators require simultaneous coverage without interference.
ADC/DAC Switch Matrix
Renaissance Electronics Corporation has released a new DC to 500 MHz Switch Matrix with
two inputs and six outputs. The 18A1NA will support the high level of integration required
during qualification testing for digital and analog assemblies operating at microwave
frequencies. In addition, the separate analog and digital USB control ports, combined with
software, allows for the development of a complete Automatic Test Program (ATP) to verify
and measure all possible paths.
Renaissance Electronics’ Receiver Multi-Couplers are designed for next generation
commercial wireless applications. With a very low noise figure, the signal-to-noise ratio
of the system improves significantly. Redundant power supplies require less system
maintenance and lower maintenance cost. This unit has been field tested for facilitating site
expansion in a cost effective and timely manner.
Tri-Band Attenuator for DAS
Renaissance Electronics’ universal interface panels will provide on-site adjustment of
various receive and transmit links to ensure equalized signal strengths thereby reducing