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Some chips (such as NXP’s MC33FS8430, MC33FS8530, etc.) need to control the timing of VDDI2C, DBG, VSUP, CSB, and WAKE signals when programming, and the high-level voltage levels of each signal are different, so the OPTEEQ programmer cannot be used directly. Programming requires an external transfer module.
Inheriting the versatility and high stability of the previous generation OPTEEQ S4/S8 series, SG400 also achieves industry-leading ultra-high programming speed.
Inheriting the versatility and high stability of the previous generation OPTEEQ S4/S8 series, SG400 also achieves industry-leading ultra-high programming speed.
Some programming interfaces are single-wire JTAG (such as: E521.36, E521.39, etc.). Their electrical levels are divided into three states: high, medium and low. The universal OPTEEQ programmer requires a transfer module for conversion.
A universal in-system programmer with small size and great capabilities. It has been tested in the market for many years and has extremely high stability and reliability.
Since some chips programming interfaces use CAN PHY to transmit data (such as MLX81116, MLX81143, E522.49, E522.94, etc.), OPTEEQ S4 is a universal programmer and requires an adapter module for signal conversion to support chips with special inter…
OPTEEQ Technologies has carefully launched the OPTEEQ Sensor Module, which is an industrial-grade, multi-channel sensor multi-function module/tool designed for the calibration, programming and testing needs of automotive sensor chips.
Achieve simultaneous mass programming of different types of chips, greatly improving the production and testing efficiency of products such as car light controllers and small automotive motor controllers.
A popular star product among engineers, it is an excellent choice for industrial mass production programming solutions. It has completely independent intellectual property rights, and its performance is comparable to similar international products…
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