- Introduced UCM-iMX8 – an ultra-compact version of the i.MX8M System-on-Module.
- Introduced WILD – Wi-Fi RTT access-point for Android Wi-Fi RTT Indoor Location.
- Introduced Airtop2 – a compact fanless PC for harsh environments with Xeon and Quadro.
- Introduced CL-SOM-iMX8 – a high-performance System-on-Module featuring NXP i.MX8M SoC.
- Introduced IOT-GATE-RPi – industrial IoT Computer powered by Raspberry Pi.
- Introduced fitlet2 – Apollo Lake mini-PC running Linux and Windows IoT Enterprise.
- Introduced IOT-GATE-iMX7 – a miniature i.MX7 IoT Gateway for industrial applications.
- Introduced IPC3 – an Intel Kaby-lake mini-PC.
- Introduced Airtop – a revolutionary, natural-airflow workstation.
- Introduced COMEX-IE38M – a miniature COM Express Computer-on-Module built around Intel BayTrail Atom E3800 with ECC memory.
- Introduced fitlet-RM – an all metal miniature PC for extreme conditions.
- Introduced SBC-FLT – an AMD A/E-Series Single Board Computer.
- Introduced fitlet – a miniature 0.22l fanless quad-core PC powered by latest AMD low-power APU.
- Introduced CM-T43 – an ARM System-on-Module based on the Texas Instruments Sitara AM437x system-on-chip.
- Introduced COMEX-IC50L – a COM Express Computer-on-Module based on the 5th Generation Intel® Core™ (Broadwell) CPU.
- Introduced COMEX-IE38 – a miniature COM Express Computer-on-Module built around the Intel BayTrail Atom E3800 and Celeron CPUs.
- Introduced COMEX-A420 – a miniature COM Express Computer-on-Module based on the AMD Embedded G-Series CPUs.
- Introduced COMEX-IC40D – a COM Express Type-6 Computer-on-Module built around the Intel® Haswell Core™ Desktop processor family.
- Introduced CL-SOM-AM57x – an ARM System-on-Module powered by the new Texas Instruments Sitara AM57x system-on-chip.
- Introduced CL-SOM-iMX6UL – an ARM System-on-Module featuring Freescale i.MX6 UltraLite SoC.
- Introduced CL-SOM-iMX7 – an ARM System-on-Module built around the Freescale i.MX7 System-on-Chip family.
- Introduced Utilte2 – the next generation of CompuLab’s ARM-based Utilite desktop computer powered by Qualcomm Snapdragon 600 processor.
- Introduced CM-QS600 – a miniature computer-on-module | system-on-module built around Qualcomm Snapdragon APQ8064 SoC.
- Introduced CM-T54 – an OMAP5 ARM Cortex-A15 computer-on-module | system-on-module.
- Introduced fit-PC4 – a miniature fanless PC built around the AMD’s next generation G-Series “Jaguar” SoC.
- Introduced Intense PC2 – a miniature fanless PC based on 4th generation Intel® Core™ processor.
- Undergo management buyout. Renewed long-term objectives and management practices, to achieve sustained improvement in products and solutions provided to company’s customers.
- Introduced CM-FX6 – Freescale i.MX6 (ARM) based Computer-on-Module / System-on-Module.
- Introduced CM-T335 – TI Sitara AM3352 / AM3354 (ARM) based Computer-on-Module / System-on-Module.
- Introduced uSVR – ruggedized high performance fanless micro-server based on Intel’s 3rd generation (IvyBridge) CORE I7 2.5GHz processor.
- Introduced Utilite – quad-core ARM Linux desktop using Freescal i.MX6 processor.
- In collaboration with Linux Mint introduced MintBox 2 – a miniature fanless PC based on Intel® Core™ i5 Processor running Linux Mint 15 “Olivia”.
- Upgraded SMT lines with new state-of-the-art assembling and AOI machines. SMT manufacturing capacity increased 2X times.
- Introduced Intense-PC – the most powerful miniature fanless PC on the market, built around 3rd Generation Intel Core i7.
- Introduced CM-iGT – an AMD G-series based X86 architecture computer-on-module / system-on-module.
- Introduced fit-PC3 – an AMD G-series based mini-PC.
- Introduced CM-iTC – an Intel E6800 (Tunel-Creek) based system-on-module (SoM).
- Introduced CM-T3730 – TI DM3730 based computer-on-module (CoM).
- Introduced EM-T3550 and EM-T3730 – mobile platforms.
- In September 2011 CompuLab has relocated into new company-own facility in Yokenam city, Israel. The 5,000 square meter facility integrates all company activities under the same roof, including management, sales, R&D, tech support and manufacturing, and it is designated to support company’s continued growth in the following years.
- Introduced fit-PC2i, advanced version of popular fit-PC2 product, with more features targeting industrial applications.
- Introduced CM-XAM and CM-A510 new system-on-module (SoM) products.
- Upgraded assembling lines to increase capacity 3X times.
- Introduced fit-PC2 – Atom based miniature PC. fit-PC2 gained excellent market response and many design wins.
- Introduced Exeda – handheld computer / smartphone for mobile industrial applications.
- Launched online support system, to improve communication between users and support team.
- Introduced CM-iAM – Intel Atom based system-on-module (SoM).
- Introduced CM-T3530 – TI Sitara ARM based computer-on-module (CoM).
- Received Windows Embedded Partner certification from Microsoft Corp.
- Introduced CM-X300, advanced successor for popular CM-X270.
- Introduced fit-PC, fully integrated ultra-small and ultra-low-power PC computer for industrial and commercial applications.
- Introduced EM-X270 – a first product of the new line, fully integrated open-frame handheld computer for embedded applications.
- Leading products were enhanced with new functionality CM-X270 got Bluetooth and GPRS/GSM, CM-iGLX got 802.11g WiFi.
- Started second assembling line, increasing production capacity by 200%.
- Introduced CM-iGLX – CoM based on the new Geode LX processor.
- Introduced SB-iGLX – Geode LX based PC/104+ with optional front panel.
- Introduced CM-iPM – most powerful CoM based on Pentium M.
- Enhanced product features (CM-X270 first) with WiFi wireless LAN interface.
- Introduced CM-X270, advanced successor for popular CM-X255.
- Introduced CM-iVCF, CoM based on VIA’s CPU. This module covers demands of mid-range to high-end applications.
- Introduced CM-F82 based on Power PC architecture.
- Introduced new baseboard concept comprising standard PC/104+ form factor and an optional front panel.
- Started new assembling line. All assembling was moved in-house.
- Introduced the CM-X255, the next generation of popular ARMCORE module.
- Introduced the third generation of NAND Flash Disk Driver.
- Launched a new assembling & testing lab, to satisfy the demands of ever-growing manufacturing rate.
- Introduced the ARMCORE – the module based on Intel’s XScale architecture, with ready-to-run packages for Linux and Win CE.
- Introduced the CM-i886 (886CORE) – the most powerful System-on-Module available in the market at the time, with a 1.26 GHz Pentium-III processor and 512MB SDRAM.
- Introduced CAMI – CompuLab’s Aggregated Module Interface – the definition of pinout, features and mechanical specifications shared by all new modules.
- Introduced the CM-i686 (686CORE) module and its support package. The Geode CSx200 -based CM-i686 immediately became a leading product with excellent market response.
- Introduced the CM-i586 (586CORE) module based on ElanSC520.
- Introduced the CM-i786 (786CORE) based on Pentium-III, and related baseboards and software packages.
- Introduced operating systems suited for the 486CORE, including ready-to-run images and board support packages for Linux, Windows CE, VxWorks and other operating systems.
- Introduced the NAND Flash Disk Driver, allowing a large and inexpensive file-system storage on-board. Since then, the NAND Flash Disk has become one of the major contributors to the popularity of the CORE product line.
- Introduced the second generation of Computer-on-Modules, based on x86 architecture. The 486CORE ElanSC400 based, PC-compatible, module gained immediate market acceptance and a large number of design wins. CompuLab’s sales and manufacturing rate started growing at an exponential rate.
- Introduced the first series of Computer-on-Modules, based on Intel’s i960 processor architecture. These modules gained several significant design wins, but in general their popularity was limited.
- CompuLab started as engineering consulting company. From 1992 to 1997, the company has developed over 40 custom products.