NTLab
NTlab provides high-quality services for the development, organization of production and delivery of developed chips and hardware.
All edits by Илья Вильчук
NTLab was founded in 1989 as a private fabless microelectronic company. It started as a team of about 15 skilled designers whose total experience in IC design at that time was over 250 years. We began with processor architectures research and RISC microcontrollers design. In late 90th, the first microcontroller with on-chip RF transmitter was designed for industrial and commercial applications. In the beginning of 2000th, design areas were extended to automotive applications, ISM transceivers, FM radio, audiochips and others. Today, NTLab is a group of companies involved in research and design of ASICs, modules and systems for various applications.
October 28, 2021
NT1062_EVK is suitable the most for in-lab examining with measurement equipment like spectrum analyzer, oscilloscope, network analyzer, etc., but also it has connectors for wiring to external development platforms and can be used for prototyping of navigation receivers based on NT1062.
November 17, 2020
Great news! Samsung Foundry has approved NTLab as a supplier of IP blocks. Our company started to expand IP range for Samsung Foundry. Our plans are to develop analog and RF IPs for mobile connectivity, power management, space comm, etc.
The SAFE™ IP Partner Program is the key part of Samsung Advanced Foundry Ecosystem (SAFE™) aiming to create a strong ecosystem between Samsung Foundry and IP partners, to provide diverse IP portfolios in various application fields, based on customer's requirements.
Samsung Foundry provides a special IP Tagging System that helps easy monitoring and supervision of their IP partners' manufacturing status thus enabling easy promotion and marketing.
October 2, 2020
From 2040, climate researchers expect a largely ice-free Arctic Ocean during the summer. Maritime traffic in this region has already increased significantly. As the polar ice continues to melt, it is foreseeable that new routes will emerge. In addition, the harsh environment and poor weather conditions make precise navigation all the more important for safe sailing.
Charged particles from the Sun interact with Earth’s atmosphere and cause scintillations in the ionosphere. This interferes with radio signals on their way from satellites to the planet’s surface. Navigation signals in particular can be influenced to such an extent that precise positioning is sometimes no longer possible. In order to develop effective countermeasures, such as correction algorithms for navigation systems, satellite data from the polar regions are required. These data are currently not available.
The mission is an unique opportunity to study ionospheric scintillation effects in polar regions.
Find more companies like NTLab
