Saleae Logic Pro 16

The Saleae Logic Pro 16 is the flagship of Saleae’s USB logic analyzer line, 16 digital channels and 16 analog channels (the same physical inputs, dual-purpose), 500 MS/s digital sampling over USB 3.0 (up to 4 channels at full rate), 50 MS/s analog sampling at 12-bit resolution, 100 MHz digital bandwidth, and selectable logic thresholds at +0.6 V, +0.9 V, or +1.65 V. The operating input range is −10 V to +10 V with ±25 V absolute max protection.

For India-based embedded teams, the Logic Pro 16 is the right tool when a multi-rail board needs to come up, 16 channels covers the bus, the chip selects, the reset lines, and the rail-sequencing signals on the same capture, with analog visibility on every channel to confirm voltage rails actually reached their targets. The 12-bit ADC at 50 MS/s and 5 MHz analog bandwidth is enough for SoC supply-rail verification, ripple measurement on switched-mode regulators, and the kind of low-frequency analog work that doesn’t justify a benchtop scope.

The Logic Pro 16 decodes protocols in Logic 2 with 23 built-in analyzers plus 50+ community-shared decoders (about 70+ in total). The built-in stack covers the everyday protocols, I²C, SPI, UART (Async Serial), CAN, LIN, SMBus, Modbus RTU/ASCII, JTAG, SWD, I²S/PCM, 1-Wire, BISS-C, DMX-512, MIDI, HDMI-CEC, Atmel SWI, HD44780 LCD, MDIO, USB-PD, synchronous parallel. Community-contributed analyzers via the in-app Logic 2 Marketplace add the long-tail: CAN-FD, I3C, MIPI RFFE/DSI, USB LS/FS, NAND, SD/MMC, SDIO, ISO7816/APDU, DCC, Anybus CompactCom, Quadrature, MBus, IR Remote, DHT2x, and dozens more. When the protocol you need doesn’t have an existing decoder, the Logic 2 High-Level Analyzer (HLA) framework lets you write one in Python. GSAS engineering co-authors HLAs with customer firmware teams as part of the engineering-partner relationship.

The included Logic 2 software is free across Windows 10/11, macOS (Intel and Apple Silicon), and Linux x86. The Python Automation API drives Logic 2 from a script for capture, decode, export, and .sal diff against a known-good baseline, the standard pattern for nightly hardware-in-the-loop regression on a bench Raspberry Pi or x86 mini-PC. The Sample Analyzer C++ SDK on GitHub ships a working GitHub Actions workflow as a reference.

In the box

Every Saleae Logic Pro 16 ships with:

• Logic Pro 16 analyzer pod (16 channels)
• 2× Wire Harness with hook-style test clips (covers channels 0–7 and 8–15, full 16-channel set)
• USB-C to USB-A cable (USB 3.0 SuperSpeed)
• Carrying case
• Quick-start documentation

For 16-channel SMD probing on dense boards, most India teams add the full Wire Harness, Test Clips Set so they have a backup set on hand and per-bench staging, see Companion accessories below.

Companion accessories

• Saleae Wire Harness, Test Clips Set: second complete 4-harness set for the full 16-channel run; spares for the day a clip jaw breaks
• Saleae Logic-to-Wires Cable (Flying Leads): direct labelled flying leads for breadboard, wire-wrap, and through-hole probing on the 8-channel half
• Saleae Logic 2x4 Header Cable (Gen 2): board-mounted debug header connections; pair two cables for a full 16-channel production fixture

Why GSAS for Saleae Logic Pro 16 in India

GSAS is Saleae’s authorized India engineering partner, supplying the Logic Pro 16 with on-site protocol-decode pre-sales engineering, Python and HLA scripting support, and India-side RMA handling across Bengaluru, Hyderabad, Chennai, Pune, Mumbai, and Delhi NCR. Before you buy, a GSAS field application engineer can visit your bench and capture your live signal in Logic 2, you see the decode running on your hardware before you commit to a purchase order. For the full spec sheet, see the Logic Pro 16 datasheet; for a one-page summary, see the Logic Pro 16 fact sheet. Request a Quote for pricing, GST invoicing, and current lead time, or Contact us for a bench visit.