
Programming technology
With our tools, we support over 120,000 different chips that can be programmed both per socket and in-system.
In addition, we offer comprehensive facilities for debugging programming code.

Signal analysis

Communication & Bus Networks

Prototyping Boards
Welcome to eVision Instruments
Please note: Since February 1, 2025, our measurement, test & programming technology division has operated independently under the new name T&M eVision Instruments GmbH
Since 2002, we have been supporting our customers with suitable tools to simplify and accelerate development processes.
In the first phase of the company, the focus was on FPGA solutions and training for simulation tools and HDL verification. The eVision webshop was created at the customer's request to support further development challenges.
Today our range includes oscilloscopes, analyzers, loggers, host adapters, generators, multimeters, programming and soldering devices and other tools that will help you implement your project. Our team offers comprehensive advice and fast delivery from our warehouse in Munich.
Since 2025, our programming, measurement and test technology division, including the eVision webshop, has been independent as T&M eVision Instruments GmbH and specializes in measurement and test technology, quality assurance and programming technology.
eVision Systems GmbH remains available to you as a central contact for questions about FPGA/HDL verification and design methods.

Portfolio
Popular Products
I2C Features
- Performance of up to 800 kbps over USB with higher bandwidth compared to slower RS-232.
- Supports standard mode (100 kbps) and fast mode (400 kbps) and varying speeds from 1 kHz to 800 kHz.
- Supports inter-bit and inter-byte clock stretching, multi-master configurations, master send and receive, and asynchronous slave send and receive.
- Software configurable I2C pull-up resistors.
- Software-configurable target power pins to power downstream devices.
- Repeated start, 10-bit slave addressing, and combined format transactions.
- Display Data Channel (DDC)
- System Management Bus (SMBus)
- Power Management Bus (PMBus)
- Smart Battery Bus (SBBus)
- Intelligent Platform Management Interface (IPMI)
- Two Wire Interface (TWI)
† Actual system bus speed may vary based on capacity.
SPI Features
- Works in master or slave mode.
- Master signaling rate of up to 8 Mbit/s.
- Slave signaling rate of up to 4 Mbit/s.
- Send/receive full-duplex master.
- Asynchronous slave send / receive.
- Software-configurable target power pins to power downstream devices.
- Software-configurable slave select (SS) polarity in master mode.
Main properties
- Monitor I2C non-intrusively up to 4MHz
- Non-intrusive monitoring of SPI up to 24MHz †
- Non-intrusive monitoring of MDIO up to 2.5MHz (Clause 22 and Clause 45) ‡
- Real-time data acquisition and display - observe I2C and SPI packets as they occur on the bus.
- Bit-level timing with up to 20 ns resolution.
- Fully compatible with Windows, Linux and Mac OS X
- Includes full feature monitoring tools
Hardware Features
- SPI Flash In System Programming
- SPI Flash Socket Programming (SF100 Bottom Board required)
- Power supply of the target IC
- Manual start button to initiate programming
- USB control via PC
- Support of 1 CS pin
- Built-in signal conflict protection
Software Features
- PC based SF100 programming software with different modes:
- Engineering Mode features advanced developer and repair functions
- Production mode for simultaneous control of multiple SF100 programmers
- Command line to control the SF100 by user-defined software
- Supports Windows 2003 (32 bit and 64 bit) and higher
Applications
- Updating of the serial flash soldered to the board with or without power supply
- Prototyping or low volume production, for socket programming the bottom board is required
- Control application, controller reset and MOSFET isolation status
- Update of the internal flash (Ezport MCF5223, MCF5221, MCF5213) or the external SPI flash (SBF interface MCF5445, MCF5227) of the Freescale MCU
Features
- USB data connection between PC and Multilink, allowing fast and uncomplicated programming and debugging
- USB power supply of the Multilink via the PC, so no external power supply is necessary
- Supports processors whose voltage range is within 1.8 V to 5.25 V.
- Supports JTAG daisy chaining of multiple ARM MCUs
- Supports a wide range of ARM microcontrollers, see the supported architectures page for an exact listing.
- ARM device support through JTAG as well as through SWD protocol
- Pipelined programming algorithms for compatible Power Architecture families, dramatically increasing programming speed.
- Automatic frequency detection + trimming functions for HCS08 devices
- Automatic frequency detection for HC(S)12(X) devices
- Generation of programming voltage on RESET line for RS08 devices
- Support for NXP S32, Coldfire V1-V4, MPC55xx-57xx, DSC, S12Z, HC(S)12(X), HCS08, RS08 and STMicro SPC5 devices
- fast!! Up to 10 times faster communication speed compared to other multilink models from PEmicro*.
- Power supply of the target MCU with 3.3V or 5.5V
- Valid target frequency of 16 kHz-50 MHz (applies to HCS08, RS08, CFV1, S12Z or HCS12X only)
- I/O line clamping for additional voltage protection
- support for real-time power measurements
- additional support for MPC5xx/8xx and HC16/683xx processors
*The huge performance gains of USB Multilink Universal FX are limited to synchronous architectures:
ARM devices, Kinetis, S32, MPC55xx-577xx (& STMicroelectronics SPC5), Coldfire V2-V4, DSC, MPC5xx/8xx and HC16/683xx.
Features
- Free PECloud Access to deploy, monitor, and manage cloud-connected production Programming Jobs
- Can be operated via PC or stand alone
- Program MCUs with a PC or without a PC
- Powerful automation control
- PC-based SDK, console and GUI control, gang programming, dynamic data programming
- Multiple communication interfaces including USB 2.0, Ethernet and serial ports
- LCD display and intuitive touchscreen controls
- Easy-to-use touchscreen interface with remote access
- Target Power Management
- Ability to power the target MCU
- Automatic counting & common serial numbers
- Programming can include complex serialization
- Ethernet-based debugging
- Compatible with many development IDEs
- On-board memory
- Programming control port
- 10-pin connector for starting programming and retrieving status and programming validation
- High-speed programming
Features
- Integrated automotive diagnostic software
- Compact oscilloscope with 4 channels
- Bandwidth of 100 MHz
- 1 GS/s real-time sampling rate.
- Android operating system
- Replaceable battery
- Up to 70 Mpts memory depth.
- 130,000 Wfms/s acquisition rate.
- 8"/20.3 cm industrial LCD, 800x600 resolution, capacitive multi-point touch screen.
- Interfaces: Wi-Fi, USB 3.0/2.0 host, USB Type-C, HDMI, trigger output, ground.
- Connection for probe calibration.
- Bus trigger and decoding supported: UART, I²C, SPI, CAN, LIN.
- PC software, iOS and Android mobile app for remote control of the oscilloscope.
- Built-in 32 GB memory for waveform and video recording.
- Lithium battery, battery life up to 5 hours.
- Screen sharing via wifi, USB and HDMI.
Features
- Intelligent triggers: edge, slope, pulse width, window, run, interval, timeout (dropout) and pattern
- Free serial bus triggering and decoding for I2C, SPI, UART, RS232, CAN and LIN
- Video trigger and HDTV support
- Low background noise and voltage scales from 500 μV / div to 10 V / div
- Confugable DeepL access function, supports auto setup, default, cursors, measure, roll, history, display/persist, clear sweep, zoom and print
- Segmented acquisition mode (Sequence), which divides the maximum recording length into multiple segments (up to 80,000), according to the trigger conditions set by the user, with a very small dead time segment to capture the qualifying event.
- Waveform recording (history), the maximum length of the recorded waveform is 80,000 frames.
- Automatic measurement function for 38 parameters, supports statistics, gating measurement, mathematical measurement, history measurement and ref measurement
- Large 1 Mpts FFT function for a high number of interpolation points
- Real measurements and mathematical calculations can use the whole 14 Mpts of memory
- High speed hardware based pass/fail function
- Large 7-inch TFT LCD display with 800 * 480 resolution
- Multiple interface types: USB host, USB device (USB-TMC), LAN (VXI-11), Pass / Fail, Trigger Out
- Supports SCPI remote control commands
- Intuitive menu navigation and embedded help
- Browser control/onboard web page for software-free monitoring (4-channel models only)
- Bode plot function controls external generator (SIGLENT SDG or SAG generators, 4-channel models only)
Features
- Patented heater for rapid heating
- Switchable between target and actual temperature.
- Intelligent cooling system and delayed shutdown function to extend the life of the handpiece.
- LCD screen for visualization of the control.
- Temperature adjustment protection, automatic time-controlled switch-off.
- MCU controlled temperature calibration, constant work compensation.
- High airflow with brushless fan.
- Convertible with Straight Air and Spiral Air.
- Auto sleep function.
Features
- Test the power delivery capability of USB ports, Thunderbolt ports, USB chargers and USB power banks.
- Check that a USB host is capable of delivering the specified maximum wattage without failing.
- Find out the wattage that a USB charger (wall-wart) claims to support, which in turn controls the charging speed of cell phones and other USB-connected rechargeable devices.
- Check that the voltage values remain within the specifications even under high loads.
- Measure accurate power consumption of USB devices.
- QC4+ and PPS support available in PM125 model.
- Built-in protection against overcurrent, overvoltage, overtemperature and ESD.
- Isolated USB surveillance port to protect surveillance device.
- Standalone and PC software operation
- Use with USB 3.0 Loopback Plug to test USB ports communication speed, data integrity and power delivery simultaneously.
Hardware Features
- Emulation of all commercially available SPI NOR Flash with one click
- Supports up to 2Gbit SPI NOR Flash emulation
- Supports Single IO, Dual IO, and Quad IO
- Quad IO supports SPI CLK up to 50MHz (AC switching power supply is required)
- Automatic switching from 3.3V or 1.8V according to IC voltage specifications
- Built-in 512MB buffer, supporting storage of a larger number of SPI trace logs.
- Two-color LED status indicator
- Supports 4-byte address mode option
- Provides the option to use CS1 or CS2
- Additional debugging function: SPI bus trace and HyperTerminal
- Code update in less than 3 seconds
- Powered by USB and palm-sized
- Support for Windows 2003 and higher & support for 32-bit and 64-bit operating systems
Developer functions
- Minutes become seconds when updating SPI NOR flash code.
- Debug your application efficiently over the available SPI bus with our SPI trace, SPI trigger, SPI hyper terminal for debug messages
- Develop your own application debugger using our bidirectional SPI hyper terminal and control the application from your host PC
- EM100Pro-G2 can be connected to an Intel motherboard via a special adapter ISP-ADP-Intel-C (option).
Product is discontinued
Test coverage
- Short circuit test
- Test for broken lines
- Continuity Check
- DC resistance measurement for most cables, with milli-ohm accuracy on ground and power cables
- Signal integrity testing of data lines for up to 12.8 Gbit/s per channel
- E-Marker Verification
- Lightning function tests (Apple MFi Lightning cable)*
- Surge Protection (Apple MFi Lightning Cable) *
- Voltage Recovery Test (Apple MFi Lightning cable)*
- Quiet power consumption (Apple MFi Lightning cable)
Solution Features
- Compatible with most USB, Apple Lightning and video cables
- Fast testing optimized for production needs
- Real-time results
- Results are displayed on the color screen for stand-alone operation - no PC required
- Detailed measurements and eye diagrams are available via the web interface
- Ideal for laboratory and manufacturing applications
- Local storage of up to 1,000,000 test results
- Customizable test reports
Advanced Cable Tester API
- REST API accessible via USB or Ethernet port
- Full control over all test profile parameters
- Real-time pass / fail status
- Get detailed test reports, logs and statistics
- Upgrade for E-marker programming (future release)
Application areas
Whether you want to identify problematic components in your system, device and code, or program chips. eVision Systems offers the right tool for every application and every development step.
Automotive
Nowadays, the technology of a vehicle is complex, which makes it difficult to determine a possible fault. We offer suitable measurement technology, test technology and development tools for automotive applications, including sensors, ECUs, bus networks, battery management, microcontrollers, etc.
Mobile
The number of tasks that a smartphone has to fulfill is constantly increasing. The additional sensors required for this, higher CPU / GPU performance, faster memory and modern interfaces require new technologies. We help you with testing and debugging when developing with new mobile technologies.
Internet of Things
In principle, IoT describes the independent communication between two devices via the Internet. In order to meet the high requirements, a wide variety of technologies are used. We offer numerous solutions for the development, testing and debugging of IoT designs.