LAP F Series

LAP F1-40

  • Sample rate (State mode): Up to 200 MHz (Dual-edge)
  • Sample rate (Timing mode): Up to 1 GHz
  • Acquisition channels: 40
  • Memory per channel: 4Mb, 8Mb, 16Mb, 32Mb or 64Mb
  • 6 protocol triggers (hardware): I2C, I2S, SPI, SVID, UART, CAN2.0B
  • More than 110 built-in protocol decoders
  • DSO connection
  • eMMC 5.1 / SD 3.0 LA mode, protocol decoder and trigger (Optional)
  • Long-time records: Transfer via USB 3.0 to hard drive to sample for hours or days (Optional)
  • Channel folding: Disable channels to concentrate memory on the active ones

LAP F1-64

  • Sample rate (State mode): Up to 200 MHz (Dual-edge)
  • Sample rate (Timing mode): Up to 1 GHz
  • Acquisition channels: 64
  • Memory per channel: 4Mb, 8Mb, 16Mb, 32Mb or 64Mb
  • 6 protocol triggers (hardware): I2C, I2S, SPI, SVID, UART, CAN2.0B
  • More than 110 built-in protocol decoders
  • DSO connection
  • eMMC 5.1 / SD 3.0 LA mode, protocol decoder and trigger (Optional)
  • Long-time records: Transfer via USB 3.0 to hard drive to sample for hours or days (Optional)
  • Channel folding: Disable channels to concentrate memory on the active ones

LAP C Pro Series

LAP-C Pro(32256M)

  • Sample rate (Timing Mode): 2GHz
  • Sample rate (State mode): 250 MHz
  • Acquisition channels: 32
  • Memory per channel: 256Mb
  • 6 protocol triggers (hardware): I2C, I2S, SPI, SVID, UART, CAN2.0B
  • Pattern Generator: I2C, SPI, UART, CAN
  • More than 120 built-in protocol decoders
  • DSO connection
  • Long-time records: Transfer via USB 3.0 to hard drive to sample for hours or days

LAP-C Pro(32128M)

  • Sample rate (Timing Mode): 2GHz
  • Sample rate (State mode): 250 MHz
  • Acquisition channels: 32
  • Memory per channel: 128Mb
  • 6 protocol triggers (hardware): I2C, I2S, SPI, SVID, UART, CAN2.0B
  • Pattern Generator: I2C, SPI, UART, CAN
  • More than 120 built-in protocol decoders
  • DSO connection
  • Long-time records: Transfer via USB 3.0 to hard drive to sample for hours or days

LAP-C Pro(32064M)

  • Sample rate (Timing Mode): 2GHz
  • Sample rate (State mode): 250 MHz
  • Acquisition channels: 32
  • Memory per channel: 64Mb
  • 6 protocol triggers (hardware): I2C, I2S, SPI, SVID, UART, CAN2.0B
  • Pattern Generator: I2C, SPI, UART, CAN
  • More than 120 built-in protocol decoders
  • DSO connection
  • Long-time records: Transfer via USB 3.0 to hard drive to sample for hours or days

LAP-C Pro(16064M)

  • Sample rate (Timing Mode): 1GHz
  • Sample rate (State mode): 250 MHz
  • Acquisition channels: 16
  • Memory per channel: 64Mb
  • 6 protocol triggers (hardware): I2C, I2S, SPI, SVID, UART, CAN2.0B
  • Pattern Generator(Option): I2C, SPI, UART, CAN
  • More than 120 built-in protocol decoders
  • DSO connection
  • Long-time records: Transfer via USB 3.0 to hard drive to sample for hours or days

LAP C Series

LAP-C 322000

  • Internal Clock (Timing Mode)：100Hz～200MHz
  • Memory：64Mbits
  • Memory Depth(Per Channel)：2Mbits
  • Trigger Channel：32CH
  • PC-Based interface
  • Power：USB 1.1(2.0)
  • Protocol Packet Trigger: Parallel, Serial
  • Pulse Width Trigger Module: Free

LAP -C 32128

  • Internal Clock (Timing Mode)：100Hz～200MHz
  • Memory：4Mbits
  • Memory Depth(Per Channel)：128Kbits
  • Trigger Channel：32CH
  • PC-Based Interface
  • Power：USB 1.1(2.0)

LAP-C 16064

  • Internal Clock (Timing Mode)：100Hz～100MHz
  • Memory：1Mbits
  • Memory Depth(Per Channel)：64Kbits
  • Trigger Channel：16CH
  • PC-Based Interface
  • Power：USB 1.1(2.0)

LAP-C 16032

  • Internal Clock (Timing Mode)：100Hz～100MHz
  • Memory：512Kbits
  • Memory Depth(Per Channel)：32Kbits
  • Trigger Channel：16CH
  • PC-Based Interface
  • Power：USB 1.1(2.0)

LAP C – 162000

  • Internal Sampling Frequency: 100Hz～200MHz
  • RAM Size: 64Mbits
  • Memory Depth per Channel: 2Mbits
  • Trigger Channel: 16CH
  • PC-Based Interface
  • Use USB1.1 (2.0) to supply power

LAP-C 16128

  • Internal Clock (Timing Mode)：100Hz～200MHz
  • Memory：4Mbits
  • Memory Depth(Per Channel)：128Kbits
  • Trigger Channel：16CH
  • PC-Based Interface
  • Power：USB 1.1(2.0)