New Product
LC_XO
At only 0.97 x 0.97 inches small, the LC_XO is the smallest true GPS-Disciplined-Oscillator (GPSDO) on the market today. The LC_XO was designed to be soldered onto a customer PCB or plugged into a standard 100-mil pin-spacing DIP socket for optional retrofitting. The LC_XO is designed for high-volume, low-cost production applications. It provides all the software features of the larger Jackson Labs Technologies, Inc. More...
Mini-JLT
Jackson Labs Technologies, Inc. designed the Mini-JLT™ board to address a market demand for replacing the end-of-life Trimble Navigation Limited Mini-T™ GPSDO units. The board was designed to be form-fit-function compatible to the Trimble units, with the exception of adding various features such as More...
FireFly-1C
The FireFly-1C GPSDO provides three GPS disciplined 10MHz and 100MHz outputs in a form-factor that is designed to address laboratory and 19 inch rack-mount equipment reference requirements. Based on a very fast warmup and very stable TCXO, the unit provides two very low phase noise isolated 10MHz sine wave outputs, and one low phase noise 100MHz sine wave output, all on SMA connectors. It also provides instant-lock capability to an externally supplied optional 10MHz reference (with +/-40Hz lock range) More...
HD CSAC
The HD CSAC GPSDO is based on the Jackson Labs Technologies, Inc. CSAC (Chip Scale Atomic Clock) GPSDO platform, but optimizes size, weight, and power (SWAP) by removing some of the generic features of the CSAC GPSDO. The HD CSAC was designed for mobile applications such as man-pack, airborne, and vehicle applications. The HD CSAC GPSDO provides an RS-232 serial port for command and control, and operates from a +12V power supply. It includes CMOS and LVDS 10MHz outputs, and an LVDS 1PPS output. More...
ULN-450
The ULN-450 and ULN-450A Ultra Low Noise 100MHz Crystal Oscillator References are designed to provide numerous ultra-low-phase noise 100MHz sine wave and LVDS outputs with very high accuracy and stability. Allan Deviations of less than 7 parts per trillion at averaging times of 1 second to 10 seconds, and phase noise floors of -163dBc/Hz are typical (ULN-450 DOCXO version). The ULN-450/A modules include microprocessor control for aging and tempco correction of the crystals, very low noise internal power supply regulators, and optional 1PPS and 10MHz inputs for disciplining to an external source such as a noisy Rubidium oscillator, or GPS receivers. More...
LC_1x1
LC_1x1 is an extremely small Global Positioning System Disciplined Oscillator (GPSDO) that has been designed for cost-sensitive LTE applications.At only 1.6 x 1.9 x 0.8 Inches small, LC_1x1 provides Stratum-1 long-term performance of typically better than 1 parts per Trillion (1E-012) averaged over 24 hours. LC_1x1 is available in a low-profile (0.63 inches high) single-oven oscillator version, or a higher performance double oven oscillator version. More...
CSAC: Chip Scale Atomic Clock
The CSAC GPSDO includes a high-performance time-interval-counter that can measure the internally generated 1PPS signal from an internal 50-channel GPS receiver or an externally supplied 1PPS reference signal with a resolution of 20 picoseconds. The CSAC oscillator is phase-locked to either of these two 1PPS signals with better than 0.3ns average phase accuracy typically, and typically provides better than 5E-012 stability per day in holdover. More...
In the News
Durham, North Carolina - January, 2013 - Matt Pleatman, a senior undergraduate at Duke University is working on an independent study to send a weather balloon to "near space" at 60,000 feet altitude. The goal is to capture scientifically valuable information about high energy particle radiation during thunderstorms. More...
Los Gatos, California - September, 2012 - Jackson Labs Technologies, Inc. delivers the LC_XO™ a complete GPSDO reference in a sub 1 x 1 inch Footprint More...
Los Gatos, California - April 15, 2012 - The CSAC is featured in the Microwave Journal More...
San Jose, California - April 12, 2012 - Symmetricom, Inc., a worldwide leader in precision time and frequency technologies, today announced the company will sell GPS Disciplined Oscillator (GPSDO) Modules and High-Frequency Source Modules from Jackson Labs Technologies, Inc., a designer and manufacturer of cutting-edge precision time and frequency products. More...
Los Gatos, California - November 21, 2011 - Today we announce the availability of our breakthrough product ULN-8R, an 8-frequency, 80MHz to 120MHz Frequency Reference for Radar Applications. ULN-8R has up to 8 different low-g sensitivity crystal frequencies built-in that can be selected via a 3-pin TTL interface for in-situ channel selection. ULN-8R is designed to work as a selectable low phase-noise frequency reference for Radar Applications, SatCom, broadcast, and test and measurement equipment. More...
Los Gatos, California - September 21, 2011 - We are proud to announce the recent relocation and expansion of our office. We decided to move to a bigger office space that meets our needs for further product development. Our new office location is: 475 Alberto Way, Suite #120 Los Gatos, CA. 95032 Telephone - (408) 354-7888 While mail will continue to be forwarded we encourage you to adopt the new contact details as soon as possible. We look forward to welcoming you to our new office premises! More...
SAN JOSE, Calif. - March 15, 2011 - Symmetricom®, Inc. (NASDAQ: SYMM), a worldwide leader in precise time and frequency technologies, and Jackson Labs Technologies, Inc. a designer and manufacturer of cutting-edge GPS-based time and frequency generation products, today announced the signing of a Joint Marketing Agreement (JMA) to market and sell Jackson Lab’s CSAC GPSDO timing and frequency board with Symmetricom’s newest member of the QUANTUM™ family of atomic oscillators, the SA.45s Chip Scale Atomic Clock (CSAC). More...
Orlando, Florida - July 21, 2010 - MtronPTI, a world leader in Frequency control and filter products are collaborating with Jackson Labs Technologies, Inc. for development and marketing of GPSDO (Global Positioning Satellite – Disciplined Oscillators) modules. More...