Inomize is a professional Research & Development firm specializing in designing and delivering hardware solutions. We offer a broad range of services tailored to meet your project needs.
Inomize successfully delivers ambitious projects on schedule and within budget.
We take full advantage of innovative technology, and when necessary, push it to the limits. Years of experience and proactive project management approach, allow Inomize to reduce development time and minimize the risks involved in designing complex hardware projects.
Established in 2007, Inomize is a fast-growing company and the largest Israeli ASIC design firm in Israel. Our customers include leading international corporations and start-up companies from Israel, Europe, and North America.
Inomize specializes in designing cutting-edge ASICs and systems for a wide range of applications. Our proven methodologies and systematic development process allow us to provide our customers with high quality, first-time-right designs in a short time frame.
Decades of experience and domain-specific expertise in ASIC, system and HW development, enable us to provide comprehensive, turnkey hardware solutions designed to support the development process from concept to completion. This approach significantly reduces development time and saves you the hassle of dealing with multiple contractors and vendors.
Inomize utilizes modern verification methods such as the Universal Verification Methodology (UVM) standard; developed by Accellera's Verification IP (VIP) Technical Subcommittee (TSC). The UVM standard methodology improves design and verification efficiency, verification data portability and VIP interoperability.
At Inomize, we offer full backend services to help our customers to move smoothly and easily into silicon production.
Our industry-recognized team of experts provides all services needed to take your design into GDS2 and to silicon phase.
Inomize's backend team is highly experienced in working with various foundries, such as TSMC, GF, SMIC, Fujitsu, Tower, and others. Inomize is experienced in various geometries ranging from 180nm down to 12nm.
Our backend services include:
Place & Route
Clock Tree Synthesis
Extract \ DRC \ LVS
A system on chip (ASIC or SOC) is an integrated circuit (IC) that integrates all components of an electronic system into a single chip. This chip may contain a wide variety of functions such as digital, analog, mixed-signal, and radio frequency.
At Inomize, we specialize in providing right-first-time complex and multi-functionality ASIC solutions. We use our multidisciplinary System on Chip (SoC) expertise, and mixed-signal knowledge to design optimal architecture solutions for each of our customers' device.
Our excellent record in System IC design includes:
Wireless and wire-line communication
Inomize offers a complete continuity operation from Architecture phase to Design and Verification. This approach allows us to deliver
The fine art of ASIC design often involves finding the optimal balance between three components: Digital, Analog, and RF. The ultimate goal is to merge these functions on a single chip, in accordance with project's requirements (performance, power consumption, and physical size) as well as budgetary limitations.
Inomize team has decades of accumulated expertise in all ASIC/SoC development stages: design, verification, production, validation, and testing. This know-how allows Inomize to guarantee Inomize customers a flawless move from a concept to a product.
At Inomize, we offer Turnkey Analog, RF, and Mixed-Signal services. We deliver high quality mixed signal ASIC designs while significantly reducing development risk, cost, and time-to-market.
Our excellence in the field backed by the caliber and experience of our people has made Inomize the preferred partners for some of the leading semiconductor manufacturers worldwide.
Each algorithm project presents a distinctive set of requirements and restrictions. The challenge is to define the optimal algorithmic solution for each project.
At Inomize, we specialize in algorithm development across a wide range of applications such as ultra-low power consumption, high-performance modem design, and image processing.
Our algorithm experts hold an extensive experience, unique knowledge and a successful track record in Mobile standards such as LTE, UMTS, BT, Wi-Fi, DVB-T, DVB-H, DAB, T-DMB, CMMB, ISDB-T, WiMAX and cable modems.
In addition, our team has unique expertise in the field of single-battery, lifetime operated communication systems and Powerline Communication (PLC).
With the ever-increasing bus speeds in modern electronics, engineers must have a solid understanding of high-speed design and layout. As SerDes bus speeds approaching 10Gbits and wider and parallel buses, such as DDR3/4, entering the GHz realm, it is mandatory to maintain a high level of knowledge and expertise in the areas of signal integrity. High-speed bus analysis, including comprehensive loss modeling of traces, assessment via performance, and the inclusion of system timing, is vital to meeting time to market and ensuring design success.
At Inomize, our design team includes engineering professionals from multiple facility design disciplines. Our team specializes in designing for complex, high-speed, and large electronic systems for the Telecom, Computer, Medical, Military, Industrial, Storage, ASIC Emulation, Evaluation, and Reference board design, and Consumer Electronics markets. Our engineers provide all expertise required to deliver multi-layer board design a
FPGA systems are the preferred technology for small volume high-performance digital systems, as it may significantly reduce NRE cost, risk, and time to market.
At Inomize, we offer a wide range of cutting-edge, top-of-the-line FPGA services. Our engineering team is highly proficient in implementing high-speed interfaces on FPGAs using advanced technologies such as DDR2/3/4, Gigabit Ethernet, RapidIO, PCI Express and ultra-high speed optical interfaces.
We have a long-standing proven record of working with Xilinx, Altera, Lattice, and low power Actel technologies. At Inomize, we can improve and accelerate every stage of the FPGA development process from initial architecture, test bench development to feature addition, as well as offer solutions to obsolescence problems in existing designs.
Inomize has developed and tested a large repository of FPGA cores, which are available for immediate use and can be easily integrated into any Altera or Xilinx device.
GZIP/GUNZIP compression/decompression is fast becoming the industry standard for lossless data compression.
GZIP is a very common compression in many applications as it significantly reduces the size of data while maintaining the original files unchanged.
(This is in contrast to graphic applications, which use lossy compression methods such as Jpeg and Mpeg ).
GZIP/GUNZIP applications include:
Data storage backup devices,
HTTP web servers,
Point to point or point to multi-point communications.