Litton (later acquired by Northrop Grumman) approached MTSI to help engineer the first truly digitally fused thermal/night vision camera.
MTSI reverse engineered and replaced two testing systems which the Air Force successfully deployed in missile programs.
The U.S. Navy is always working to remain several steps ahead. MTSI redesigned and manufactured an important piece of the Mark 54 Lightweight Torpedo using digital signal processors.
Late one night in 1977, I discovered one of the world’s first computer viruses.
The HP-35 was the first handheld, battery-powered scientific calculator. I was awestruck and had no idea that I would soon work on them at an intimate level at the very company that designed and made the HP-35’s ICs.
For many years, MTSI has been proud to design and manufacture printed circuit boards (PCBs) which power the equipment used in wafer processing.
A client needed a watertight liquid pump controller that is set by a cellphone using Bluetooth. MTSI designed a dual CPU circuit with a Bluetooth chip and a controller using a small 8-bit microprocessor.
This magnetic two-way medical scanner controls an embedded implant in healing bones. The client wanted the device to sound like a ‘Star Trek’ scanner.
Telecom signaling requires echo cancellation and acoustic coupling control even on digital circuits. MTSI developed an algorithm that was capable of handling a T-1 line with an 88 percent reduction in DSPs.
The Litton Auto-Cook microwave was the first oven on the market to take the guesswork out of cooking. MTSI made it easy by helping develop the machine.
Thieves broke an almost unhackable chip set used in millions of vehicles. A client approached MTSI’s engineers to diagnose the exploit and invent a solution.
A Nortel senior vice president had a problem – he needed a new phone and he needed it in three months. It took one trip to MTSI to get the job done.
Lennox is a longstanding HVAC company and in 1982 introduced its classic Lennox Pulse furnace. We were tasked with writing code for its very low-cost microprocessor that used only 4 bits X 1k nibbles, or 512 Bytes to control it.
MTSI has worked on Coke machines, Pepsi machines and others for major vending machine companies. This refrigerator controller for Schooner’s Bay was designed to control the temperature of the drink to within 0.2 degrees C of 32 degrees F (0 C).
This logic board automatic tester was designed to test the computerized coin changer modules used in vending machines.
Our client envisioned a microcomputer-controlled, precision, intravenous infusion pump for hospital use. This device could play a crucial role in healthcare settings.
A major defense contractor had a problem with their ATLAS software and hardware systems used in U.S. Air Force systems. They approached MTSI for a solution.
From the beginning, we’ve completed reverse engineering projects worth millions of dollars for industries encompassing nuclear energy, defense, telecommunications, software, video games, and healthcare systems.
A client needed a Wi-Fi-enabled water leak detector. The design goals required a long battery life, battery voltage detection, and once-per-day heartbeat signaling to the controlling web server.
Enter the QuickCheck™ — a profitable solution from troubleshooting ECM vehicle output circuit problems. The device checks solenoids, relays, idle air and speed controls, power (chassis) and sensor ground wires.
The petroleum industry relies on downhole tools to gather critical data, optimize drilling and production operations, and ensure the overall efficiency and longevity of oil wells. MTSI developed one such tool to assist clients in making informed decisions about their production strategies.
This meter module worked by measuring the rotational velocity of the electric meter’s eddy current disk using a miniature laser beam source and optical detector.
A client approached MTSI with an idea that was ahead of its time — a patented, programmable and low-cost doorbell including a control for connection in series with an existing push button in a residential circuit.
A large manufacturer of surgical gloves expanded its production. They had to meet exact standards. MTSI met the challenge.
Interpretation telephone connected patients and physicians in real time.
A manufacturer of rack-mount telephone switching equipment had a design flaw in their gear that caused a fire in a telecommunications facility. To operate safe and reliable telecom system, the company came to MTSI to design the equipment to track down the source.
Epic Data International approached MTSI to help design a workstation solution that delivers advanced user identity authentication, and automated time and materials tracking for knowledge and manufacturing workers.
Epic Data International reached out to MTSI to develop a custom terminal for Lockheed Martin. The defense giant needed a low-cost, simple way to integrate sophisticated and automated identification, project tracking and secure-access capabilities in a highly sensitive environment.
Before Dell, Compaq was the world’s top personal computer maker, and came to MTSI to help develop four new stations in their personal computer manufacturing and reliability analysis laboratories.
A consortium had defined a new Extended Industry Standard Architecture (EISA) bus computer market. These computers were to be used for high-speed file servers and work stations, and required new disk, tape, and printer controllers.
For decades, law enforcement have supervised parolees with electronic tracking devices embedded in ankle bracelets. MTSI was one of the early designers of the technology.
A client developing a new-generation automotive burglar alarm for the Ford Taurus was behind schedule. MTSI leveraged its experience in precision and swiftness to bring the project on time and to completion.
Dynamic random-access memory, or DRAM, is commonplace today in computers which use it to run their programs. Back in the 1970s, Mostek was emerging as the world’s top DRAM manufacturer and developed a circuitry trick called address multiplexing.
If you used a Z80 chip back in the 1980s, it almost certainly passed through a single room and its Farchild Sentry 610 test system. Mostek had grown into the one’s top producer of DRAM, and every Z80 microprocessor went through tests there.