LA4068E
Série LA4000 — Logic Analyzer

LA4068E

SKU: LA4068E

$8,700.00 En stock
Demander un devis
68 channels with 4 GHz timing analysis
Tier I bus trigger and protocol analyzer
Cascade multiple units for expanded channel count
100+ protocol decoders
U.S. based engineering support
Datasheet (PDF) User Manual (PDF)

About the LA4068E

The LA4068E provides 68-channel logic analysis with 4 GHz timing resolution, designed for IC designers and FPGA engineers who need high channel counts for parallel bus and multi-signal debug. Cascade multiple units for expanded channel count.

Key Highlights

  • 68 channels at 4 GHz timing analysis
  • Cascade multiple units for expanded channel count
  • 100+ protocol decoders included
  • Optional LVDS input pod for high-speed differential signals
Channels 68
Timing Analysis 4 GHz
State Analysis 400 MHz
Protocol Decode Tier I (100+ total)
Cascading Yes (multi-unit synchronized)
Interface USB 3.0
OS Support Windows 10 / 11 · Linux (beta)
Support Linux disponible Bêta

Une application Linux native est disponible en version bêta.

Télécharger depuis GitHub

Support de protocoles

90+ protocoles décodés · 90+ avec déclenchement matériel

96 protocoles pris en charge·DDécodage   TDéclenchement   EVValidation électrique

ProtocoleDécodageDéclenchement
I2CDT
MIPI I3CDT
SPIDT
UARTDT

Compare Série LA4000 Models

See how the LA4068E compares to other models in the Série LA4000 series.

Specification LA4068E Current LA4068B LA4136E LA4136B
Channels 68 68 136 136
Timing Analysis 4 GHz 4 GHz 4 GHz 4 GHz
State Analysis 400 MHz 400 MHz 400 MHz 400 MHz
Memory 32 Gb 32 Gb 32 Gb 32 Gb
Bus Trigger Tier I Tier I, II Tier I Tier I, II
Protocol Analyzer Tier I Tier I, II Tier I Tier I, II
Cascading Yes Yes Yes Yes
List Price $8,700 $11,000 $12,100 $13,800
View all Série LA4000 models →

Comparer

See how the LA4068E stacks up against the competition.

LA4000 vs Saleae Logic Pro 16

Protocoles pris en charge

I2C SPI CAN FD UART MIPI I3C eMMC CAN 2.0B I2S eSPI SMBus PMBus SD UHS QSPI SVID MIPI RFFE DP AUX Modbus JTAG MIPI SPMI PDM MIPI SoundWire PCM TDM Ethernet MCTP LTPI MCTP Control PLDM M-PESTI NCSI SPDM USB4/TBT3 SB MIPI D-PHY MIPI DSI LP MII RMII RGMII GMII SGMII Power Sequence BiSS-C HDLC ProfiBus PWM NAND Flash Serial NOR Flash SPI NAND 10BASE-T1S OA3p OPEN Alliance TC6 USB 1.1 SWD

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Power Sequence Validation with Acute Logic Analyzers

Learn how to validate multi-rail power-up and power-down sequences on FPGA and SoC designs using Acute logic analyzers with 16-128 channel simultaneous capture.

Getting Started with Acute Test Instruments

First-time setup guide for Acute instruments — software installation, USB connection, first capture, and basic protocol decode configuration for I2C, SPI, and UART.

Téléchargements

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