Inomize and Verisense to Merge
Creates a worldwide ASIC leader uniquely positioned with deep expertise across all aspects of ASIC solution
JERUSALEM--November 17, 2016 --Inomize and Verisense today announced that they are at the final stages of entering into a definitive equity merger agreement under which Inomize and Verisense, both Israeli-based ASIC Design Houses will create a leading worldwide company providing ASIC, FPGA, and system design services to a broad base of customers.
The merged company will be called Inomize while keeping Verisense brand name as an independent business unit, and will continue to operate two design centers in Jerusalem and Netanya.
"The combination of Inomize and Verisense represents the next phase of our transformation to become a leading worldwide ASIC Design company," stated Udi Shaked, Chairman and Chief Executive Officer, Inomize. “With its great team, its broad customer base in systems and semiconductors, and its unique solution for DO-254, Verisense significantly broadens the scope of our offering. Together, we expect significant growth and a further increase to our headcount.”
“We have worked closely with Inomize for the last two years and have been very impressed by their team and professionalism,” said Nir Weintroub, Chief Executive Officer, Verisense. “I am confident that merging our companies will allow us to create something much larger than just the sum of the two companies.”
About Inomize
Inomize is a professional Research & Development firm specializing in the design and delivery of hardware solutions. Inomize successfully delivers ambitious products and projects on time and on budget. Inomize gets the maximum out of the available technology and, when necessary, push it to the limits using the latest advancements to meet customer’s needs. With years of experience and a proactive management approach, Inomize reduces development time and minimizes risks of complex hardware design projects.
Established in 2007, Inomize is a fast-growing company and includes among its customers large international corporations and startup companies from Israel, Europe and North America.
For more information, visit http://www.inomize.com/
About Verisense
Verisense, is an ASIC and FPGA design services company based in Israel. Verisense customers range from the largest ASIC vendors in the world, through many of the top aerospace companies, to early stage startups. Verisense has been involved in developments in the fields of wireline and wireless communication, Telecommunications, cellular, CPUs, graphic engines, imaging, aeronautical, space, RF, analog and mixed signal.
Verisense also have unique expertise in Safety applications development for the Avionics industry (DO-254).
For more information, visit http://www.verisense.com/.
|
Related News
- Kalray and Pliops enters into exclusive negotiations to create a global leader in data accelerators for AI and storage acceleration
- BitSim and NOW Electronics joins forces BitSim
- Value of Semiconductor Industry M&A Agreements Sets Record in 2020
- Inomize Selects Synopsys' Silicon-Proven 56G Ethernet PHY IP for High-Performance Computing and Communications SoC Design
- Acquisition Rebound Lifts 2019 to Third-Largest M&A Year
Breaking News
- Cadence to Acquire Secure-IC, a Leader in Embedded Security IP
- Blue Cheetah Tapes Out Its High-Performance Chiplet Interconnect IP on Samsung Foundry SF4X
- Alphawave Semi to Lead Chiplet Innovation, Showcase Advanced Technologies at Chiplet Summit
- YorChip announces patent-pending Universal PHY for Open Chiplets
- PQShield announces participation in NEDO program to implement post-quantum cryptography across Japan
Most Popular
- Alphawave Semi to Lead Chiplet Innovation, Showcase Advanced Technologies at Chiplet Summit
- Altera Launches New Partner Program to Accelerate FPGA Solutions Development
- Electronic System Design Industry Posts $5.1 Billion in Revenue in Q3 2024, ESD Alliance Reports
- Breaking Ground in Post-Quantum Cryptography Real World Implementation Security Research
- YorChip announces patent-pending Universal PHY for Open Chiplets
E-mail This Article | Printer-Friendly Page |