NewTec GmbH
NewTec GmbH, founded in 1986, specializes in the development of hardware and software systems with a focus on functional safety, embedded security, and the safe integration of AI technologies. With over 300 highly qualified employees across six locations, NewTec offers tailored solutions that enhance market position and competitiveness. ([newtec.de](https://www.newtec.de/en/about-newtec/?utm_source=openai))
All Products(6)

SafeFlex
The SafeFlex – Functional Safety Development Kit (FSDK) consists of an FPGA based evaluation board. With the realization of an FPGA based solution in safety related systems, a considerable reduction in costs for development and certification is achieved. Time to market is reduced noticeably. The SafeFlex – FSDK includes an instruction manual for the whole safety development and assists you to reduce risks, design costs, design time, process overhead. It improves your platform development, flexibility, modularity and safety integrity level (SIL).

NTSecureGateway 1000 Family:
Networked components, especially in IoT and industry 4.0 scenarios, must be protected against cyber attacks. NewTec‘s secure gateway technology ensures that all systems involved – from machines, lines and systems to controllers to networked devices or sensors – communicate securely with each other and with the cloud. The NTSecureGateway 1000 family is part of NewTec‘s NTSecureCloudSolutions, which enable companies to implement secure industrial IoT solutions with minimal effort. NTSecureGateway devices enable secure data transfer between production sites and the cloud. Numerous interfaces are available for the connection of your machines: CAN bus, BLE, RS485/MODbus, 4-20mA/0-10V, or Ethernet. Connection to the cloud is established via Ethernet or optionally wireless, for example via NarrowBand IoT, LoRa or LTE. Customer Benefit Accelerate time to market Reduction in costs for development and certification Ready-to-use communication interfaces Highly secure
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NTOnTrack TCN/TRDP Conformance Test
The NTOnTrack TCN/TRDP Conformance Test is dedicated for End Devices using TRDP as a communication protocol within the Train Communication Network (TCN) according to IEC 61375-2-8. The Conformance Test shall verify that the implementation/integration. e.g. of a TRDP protocol stack, into a custom device is realized in a way that the specific device behaves in conformance with the above standard. It includes checks of Transport Layer, PD/MD communication patterns, addressing, PD/MD-PDUs, topography counters and reaction to faults. A detailed conformance “Test Specification” is the basis for the “Test System” running the “Test Scripts”. They interact with the “Test Application” implemented on the “Item under Test” (IuT). The final Test Report then states the conformance. Scope of Services Detailed Conformance Test Specification Conformance Test Report PICS proforma template Sample Code in C for the Test Application for Item under Test (IuT) Test execution independent of the TCN Open TRDP stack Support of test iterations Customer benefits Reliable, reproducible testing of different end devices (independent of operating systems) in accordance with IEC 61375-2-8 TCNOpen independent testing of implementation Individual set of test cases (according to PICS)

NTBMS Module Platform for 48V to HV Systems
NTBMS Module Platform is an e-mobility ready to use design and complete safety solution for Battery Management Systems. It is constructed with a modular approach: A Battery Management System (BMS) control application board and additional modules for distributed HV applications. The NTBMS Module Platform is designed for systems with high demand on reliability and safety targeting ISO 26262 ASIL C. The Battery Management System of Li-Ion battery includes cell monitoring, current sensing, passive cell balancing, battery breaker control, computation unit for Battery parameter extraction and communication to other ECU through LIN or CAN. Battery management systems are responsible to monitor and control low- and high-voltage batteries on Li-Ion technology of Electric and Hybrid Electric Vehicles. This control unit is essential since several battery cells are unified to a cluster to enhance battery capacity. Lithium-Ion batteries require a prevention of voltage fluctuation during the process of battery charging. Thus BMS are essential to monitor state of charge, load distribution, temperature of each battery cell as well as of the whole battery package and development of the charging capacity. Customer benefits Accelerate time to market Reduction in costs for development and certification Safety Development Plattform for BMS Ready-to-copy Typical applications Automotive BMS for Starter Battery with Li-Ion battery Automotive BMS for Auxillary Battery Automotive BMS for Power Train Smart Grid BMS Other BMS opportunities (medical, eBike, light transportation, industrial)

NTBatteryManagementSystem 48V
NTBatteryManagementSystem 48V is an e-mobility ready to use design and complete safety support package for Battery Management Systems. It is based on a modular approach: a functional safety System-on-Module and a Battery Management System (BMS) application module. The NTBMS module platform is designed for systems with high demand on reliability and safety targeting ISO 26262 ASIL C. ASIL D is reachable with some architectural improvements. Customer benefits Accelerate time to market Reduction in costs for development and certification Safety Development Plattform for BMS Typical applications Automotive BMS for Starter Battery with Li-Ion battery Automotive BMS for Auxillary Battery Smart Grid BMS Other BMS opportunities (medical, eBike, light transportation, industrial)

NTBatteryManagementSystem
NewTec NTBatteryManagementSystem (NTBMS) is an e-mobility reference design and complete safety support package for Battery Management Systems. It is constructed with a two board approach: a functional safety System-onModule board and a Battery Management System (BMS) application board. The NTBMS is a generic safety reference design developed in cooperation with NXP.
