SMH FlashRunner High-Speed
ISP Programmer | eMMC, QUAD SPI, NAND, CPLD, OTP

  • Interface: LAN, Parallel, UART, USB
  • OS: Linux, Mac, Win
  • Protocol: BDM, CAN, eMMC, I2C, JTAG, NAND Flash, Serial, SPI, SWD, UART

FlashRunner High-Speed | Any combination supported

FlashRunner High-Speed combines high-level programming performance and high modularity to obtain a multi-end programming solution for Pre-Programming and In-System Programming equipment. Manage big-size data files with up to 80MB/s transfer rate speed for highest programming performance.

The HS Control Unit is the central management for different technologies supported by peripheral Active Modules. The possibility to place the Active Module close to the target devices cuts any distance between the programming system and customer’s board for optimal signal integrity as well as programming many units in parallel.


Active Modules*Description
General Purpose 2 - GP 2
General Purpose 4 - GP 4
Flash embedded microcontrollers memories, serial and QUAD SPI memories, CPLD configuration, OTP devices e t c
eMMC 1
eMMC 2
High frequencies and fast 8-bit bus used in eMMC memories
NAND**NAND devices with data bus up to 16 bits
CAN**Both CAN and CAN-FD communications up to 12 Mbps
Options: Relays Barrier
Galvanically isolate the target board from the FlashRunner when the programming is completed


* Any combination of Active Modules supported. The programming system configuration is easily setup in the Workbench GUI software. The overall number of programming channels depends on the Active Module connected. For example: if only GP-4 Active Modules are employed the programmer can support up to 32 target devices in parallel.
** To be released

What's included

  • User Manual
  • Quickstart guide
  • 3-years warranty certification
  • FlashRunner HS Control Unit programmer
  • Active module of choice
  • 15V 40W AC/DC Wall Switching Power Adapter
  • Ethernet cross cable 2 meter RJ45
  • USB 2.0 cable 1.8 meter (type-A to type-B micro)
  • WIKI section with complete documentation for each driver

SMH FlashRunner High-Speed
ISP Programmer | eMMC, QUAD SPI, NAND, CPLD, OTP

  • Interface: LAN, Parallel, UART, USB
  • OS: Linux, Mac, Win
  • Protocol: BDM, CAN, eMMC, I2C, JTAG, NAND Flash, Serial, SPI, SWD, UART

art : FR-HS-CU4 GP2
€ 7 700
excl VAT

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Specifications

Programming Sites
Connected to 8 distributed FR HS Active Modules (each one with a programming connector to a programmable device)
ProtocolseMMC, NAND, BDM, JTAG, DAP, CSI, SPI, QUAD-SPI, I2C, UART, MC2W, ISSP, SWD, ICSP, EICSP, MDI, PPM, PDI, SWIM and many others
Communication Frequency
Up to 50MHz
Digital Lines8 or 12 Digital communication lines per programming connector according to FR HS Active Module in use
Host InterfaceEthernet LAN,1Gbps, micro-USB, Control Interface
Dimensions170 x 83 x 19 mm
Power Supply
15V DC power jack
Power Supplying Features
eMMC Active Module VPROG0: 1.2V – 3.6V @ 300mA
VPROG1: 1.2V – 5.5V @ 300mA
General Purpose Active Module VPROG0: 1.65V – 5.5V @ 300mA
VPROG1: 5.5V – 13.5V @ 300mA
ISP Connector
30 position, 2 row, 1.27mm pitch, vertical or right-angle male connector
Dynamic Memory
1 GB RAM DDR3 memory
Static Memory
Up to 256 GB microSD-CARD memory 256 GB on-board eMMC memory
Relay Barrier
Power supply and command line provided through programming connector to an external board
Voltage and Current Monitor
Yes, continuous monitoring
Logging
Via on-board timekeeper and calendar for time-stamped log files
LEDs
Status LED and Operation LED for each programming channel

Product information

CONTROL UNIT:
Hardware Features
  • LAN Communication Interface
  • Digitally Optoisolated USB-UART communication interface
  • Digitally Optoisolated ATE parallel interface for standal-one operations
  • 8 USB type-C ports to connect up to 8 HS Active Modules
  • Intel SOC FPGA with 800MHz dual-core ARM Cortex-A9 hard processor system (HPS) with support for symmetric and asymmetric multiprocessing
  • 1 GB on-board RAM DDR3 memory
  • Micro SD Card reader (up to 256 GB)
  • 256 GB on-board eMMC memory
  • On-board timekeeper and calendar for time-stamped log file
Software Features
  • User friendly Graphical User Interface (Windows and Linux compatible)
  • Based on Embedded Linux operating system
  • Interface Library to control the programmer directly from user’s test applications
  • Serial numbering
  • Optional customer binary file cryptography to ensure antipiracy protection
  • Log file and Production Report file
  • ISP channels expansion activation license
  • Memory dump and compare functions
  • Easy integration with C/C++ DLL interface libraries also in LabView and Teststand Software
  • ASCII-based commands


ACTIVE MODULES:
General Purpose 2 and 4
  • 8 digital IO lines for each channel (4 ground lines)
  • 2 independent and programmable voltage lines for each channel
  • Relays command management and relays power supply
  • 20 positions for each channel, vertical or right-angle connector
eMMC 1 and 2
  • 12 digital IO lines to support eMMC 8-bit interface, 6 ground lines
  • Data transfer rate can reach up to 80 MB/s depending on target eMMC technology
  • Cutting-edge DIOs line driver to reach highest flashing performance
  • 2 independent and programmable voltage lines for each channel
  • Relays command management and relays power supply
  • 30 positions for each channel, vertical or right-angle connector
NAND
  • 24 digital IO lines to support parallel NAND 8-bit and 16-bit data bus, 12 ground lines
  • Cutting-edge DIOs line driver to reach highest flashing performance
  • 2 independent and programmable voltage lines
  • Relays command management and relays power supply
  • Vertical or right-angle connector
CANThis module has four parallel independent communications channels. Each one of them is featured by a galvanically isolated transceiver to interface a CAN bus as required by the CAN/CAN-FD protocol specifications.
Relays BarrierThere are two models of relay barrier:
  • Single-channel with 30-pin connector, for eMMC, NAND, Octo-SPI
  • Double-channel with 20-pin connectors, for General Purpose or CAN Active Modules
With these two options, it is possible to have a relay barrier integration for all active modules currently available.

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