▸Linecard

Saleae Product Line

Saleae USB logic analyzers with 8 or 16 channels

Mixed-Signal Logic-Analysis

  • Highly portable 8- and 16-channel PC logic-analyzers for USB 3.0 and 2.0.
  • Logic channels shared with analog acquisition.
  • Easy to use with intuitive software.

Model Overview

Model ▸Logic-8 ▸Logic-Pro-8 ▸Logic-Pro-16
Digital/analog inputs* 8 8 16
Digital sample rate (max.)* 100 MS/s (3 digital/0 analog channels in use) 500 MS/s (6 digital/0 analog channels in use) 500 MS/s (6 digital/0 analog channels in use)
Fastest digital signal 25 MHz 100 MHz 100 MHz
Sample depth (typ.) 10+ billion 10+ billion 10+ billion
Supported logic levels 1.8...5.5 V 1.2...5.5 V 1.2...5.5 V
Works with RS232, R422/3, RS485 Yes, directly Yes, directly Yes, directly
Analog sample rate (max.)* 10 MS/s (2 analog/0 digital channels in use) 50 MS/s (5 analog/0 digital channels in use) 50 MS/s (5 analog/0 digital channels in use)
Bandwidth (-3 dB) 1 MHz 5 MHz 5 MHz
ADC resolution 10 bit 12 bit 12 bit
Input voltage range 0...5 V -10...+10 V -10...+10 V
PC connection USB 2.0 USB 3.0 (USB 2.0 compatible) USB 3.0 (USB 2.0 compatible)
Dimensions (mm) 53 x 53 x 12, 60 g 53 x 53 x 12, 60 g 92 x 92 x 15, 220 g
Included 2x test lead set, 2x test clips 8-pack, USB cable and carry case 2x test lead set, 2x test clips 8-pack, USB cable and carry case 4x test lead set, 4x test clips 8-pack, USB cable and carry case

* Mixed-signal inputs can be recorded as digital, analog, or both. All data is streamed in real time over USB. The maximum sample rates depends on the number of digital and analog channels used.

The Saleae logic analyzers support over 70 protocols with 24 built-in analyzers and over 47 community contributed extensions.

Pre-installed analyzers source code: Community shared low level analyzers (LLAs)
  • 1-Wire analyzer.
  • Async Serial analyzer.
  • Addressable LEDs analyzer.
  • Atmel SWI analyzer.
  • BISS analyzer.
  • CAN analyzer.
  • DMX-512 analyzer.
  • HD44780 analyzer.
  • HDLC analyzer.
  • HDMI-CEC analyzer.
  • I2C analyzer.
  • I2S analyzer.
  • JTAG analyzer.
  • LIN analyzer.
  • Manchester analyzer.
  • MDIO analyzer.
  • MIDI analyzer.
  • Modbus analyzer.
  • PS2 Keyboard analyzer.
  • Simple Parallel analyzer.
  • SMBus analyzer.
  • SPI analyzer.
  • SWD analyzer.
  • USB analyzer.
  • 10BASE-T1S by Microchip (automotive).
  • Anybus CompactCom SPI.
  • APDU.
  • Async Serial (Dual channel & Packet detection).
  • CAN-FD (developed by acosmith).
  • CAN-FD (developed by pierremolinaro).
  • CAN 2.0B.
  • DCC analyzer.
  • Digital Command Control.
  • DHT2x.
  • DisplayPort Aux.
  • Gamecube Controller analyzer.
  • I2C analyzer (with built-in glitch rejection).
  • I3C analyzer.
  • I3C protocol (sensors and IoT).
  • InfraRed.
  • ISO7816 (smart cards and secure elements).
  • LabVIEW based automation (automated test).
  • Low Pin Count (LPC) analyzer.
  • Low Pin Count (LPC) Clockless analyzer.
  • Luos analyzer.
  • MBus.
  • Microchip SWI analyzer.
  • Microchip 10BASE-T1S.
  • MIPI DSI LP analyzer.
  • MIPI RFFE v1.
  • MIPI RFFE v2.
  • MSP430 Bi-Spy-wire (BSW) analyzer.
  • N64 Controller.
  • NAND (JEDEC / ONFI) analyzer.
  • NEC IR Remote Control (developed by LiveOverflow).
  • NEC IR Remote Control (developed by kodizhuk).
  • Parallel analyzer - Clockless.
  • PJON (Padded Jittering Operative Network).
  • PWM analyzer.
  • QSPI (Quad SPI) (developed by AddioElectronics).
  • Quadrature.
  • Realtek TX2/RX2.
  • Robotis Dynamixel Servos.
  • S/PDIF.
  • SD/MMC.
  • SDIO (developed by bdodge).
  • SDIO (developed by ewfuentes).
  • SDQ for Apple Lightning, MagSafe, and Battery.
  • SENT analyzer.
  • Smart Cards and SIM cards.
  • Smart Cards and SIM cards (with added features).
  • SPI Flash.
  • TDM analyzer.
  • Time Delta.
  • TWI analyzer.
  • USB-C PD (Power Delivery).
  • USB analyzer (This version filters out SOF packets).
  • Vehicle Area Network (VAN) analyzer.

Saleae - Logic Analysis With Analog Acquisition

Saleae Logic and Logic-Pro products are USB PC logic analyzers with additional analog data acquisition. Analog data acquisition is a practical addition that is rarely found in conventional logic analyzers. The digital/logic channels are freely switchable to analog acquisition with 12 bit/up to 50 MS/s on all channels (10 bit/up to 10 MS/s on the Logic-8).

Analog acquisition is particularly suitable for applications where a microcontroller interacts in some way with an analog signal, such as reading an analog voltage or controlling an analog voltage. However, they do not replace a mixed-signal oscilloscope because they have a lower bandwidth than oscilloscopes and do not have variable gain and shift inputs, meaning the input voltage range is fixed. You therefore need an oscilloscope for analyzing signal integrity, high-bandwidth analog signals, or small voltages with high resolution (e.g., less than 100 mVpp) or analog voltages outside the range of 0...5 V (Logic 4, Logic 8) or -10...+10 V (Logic Pro 8, Logic Pro 16).

Get in Contact with the Meilhaus Electronic Team:

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