Saleae: Buy in India
Authorized India Partner · GSAS Micro Systems
Saleae × GSAS
Saleae Logic is a USB-attached logic analyser family used for mixed-signal capture, protocol decode, and timing analysis on real hardware. Saleae (HQ South San Francisco, California; manufactured in Taiwan) ships three current Logic models for desktop protocol work: Logic 8, Logic Pro 8, and Logic Pro 16. Channel counts: 8 to 16 mixed-signal. Maximum digital sample rate: 500 MS/s on the Pro models, 100 MS/s on the entry Logic 8. Inputs are 1 MΩ to 2 MΩ high-impedance with ±25 V protection. USB 3.0 streaming captures past 10 billion samples in one session. Logic 2 software ships 23 built-in protocol analyzers plus 50+ community-shared decoders through the Logic 2 Marketplace (70+ in total).
The newer Saleae Logic MSO line extends the same hardware design to a full mixed-signal oscilloscope. Three variants: MSO 2×100, MSO 4×100, MSO 4×200. Analog bandwidth 100 MHz on the 2×100 and 4×100 at 1.0 GS/s; 200 MHz on the 4×200 at 1.6 GS/s. Standard variants ship 9-bit ADC; Pro variants ship 12-bit ADC with 1 B sample memory per channel. 8 digital channels built in, expandable to 20 via additional Saleae Digital Probe orders.
Logic 2 software is free across the Logic and Logic MSO lines. The Python Automation API drives capture, decode, export, and .sal diff from a script. The High-Level Analyser (HLA) extension framework lets you write custom application-layer decoders in Python. Saleae describes the MSO line as "This scope runs Python."
GSAS Micro Systems is Saleae's authorised engineering partner in India. We supply the full Saleae Logic and Logic MSO lines along with the Logic Analyser Accessories range (Logic-to-Wires cable SAL-00118, 2x4 Header cable SAL-00117, Wire Harness with Test Clips set SAL-00097/98/99/100). India-side support covers protocol-decode pre-sales engineering, Python and HLA scripting, and RMA coordination from offices in Bengaluru, Hyderabad, Chennai, Pune, Mumbai, and Delhi NCR.
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GSAS Micro Systems is Saleae's authorized engineering partner in India, supplying the full current Logic and Logic MSO line with pre-sales engineering, Python/HLA scripting support, and India-side RMA across Bengaluru, Hyderabad, Chennai, Pune, Mumbai, and Delhi NCR.
Quick setup, Logic Pro 16 with the Analyzers panel. Saleae corporate reel, mirrored on GSAS CDN.
Saleae Logic Pro 16: Buy in India
Saleae's flagship USB logic analyzer for embedded mixed-signal work in India. 16 digital channels + 16 analog channels, 500 MS/s digital sampling (USB 3.0, up to 4 channels at full rate), 50 MS/s analog at 12-bit resolution, 100 MHz digital bandwidth, selectable thresholds at +0.6 V / +0.9 V / +1.65 V, and operating input range of −10 V to +10 V. Decodes protocols in Logic 2 with 23 built-in analyzers plus 50+ community-shared decoders through the Marketplace. Used across Indian engineering benches for ECU bring-up, SoC validation, and BMS debug.
Saleae Logic Pro 8: Mixed-Signal USB Logic Analyzer
An 8-channel professional-tier USB logic analyzer with analog. 500 MS/s digital sampling (4 channels at full rate over USB 3.0), 50 MS/s analog at 12-bit resolution, 100 MHz digital bandwidth, selectable thresholds, and operating range of −10 V to +10 V. The same internal architecture as the Logic Pro 16 with half the channel count, the right tool when your design has 8 or fewer signals worth probing simultaneously, but you still need the higher sample rate, the analog channels, and the selectable thresholds the entry-tier Logic 8 doesn't have. Strong fit for sensor module bring-up and protocol-stack debugging in Indian semiconductor design and medical-device teams.
Saleae Logic 8: Entry-Tier USB Logic Analyzer
The entry-tier USB logic analyzer, Saleae's bestseller. 8 dual-purpose channels (digital or analog), 100 MS/s digital sampling, 10 MS/s analog at 10-bit, 25 MHz digital bandwidth, fixed +1.2 V threshold, and a 0–5 V input range. Compact enough to ship with every developer on the team, capable enough to decode I²C, SPI, UART, and the most-used protocol analyzers across Bengaluru, Pune, and Chennai embedded engineering teams. Pair it with Logic 2 software (free) and the in-app Marketplace for Python-extensible HLAs.
Saleae Logic MSO 4×200: Flagship Mixed-Signal Oscilloscope
Saleae's flagship USB mixed-signal oscilloscope, 4 analog channels at 200 MHz bandwidth, 1.6 GS/s analog sampling, calculated rise time 1.75 ns, time base from 12.5 ns to unlimited (0.625 ns time resolution). 1.2 GS/s digital on both Standard and Pro variants (2×100 and 4×100 run digital at 1.0 GS/s), expandable to 20 digital channels via Digital Probes. The Pro variant adds 12-bit vertical resolution (4 µV/LSB) and 1 billion sample points per channel of memory, the difference between trapping a 10-second rare fault and missing it. USB 3.1 (USB-A host) + USB-C PD power, ±30 V max input at the SMB connector (±300 V with the 10:1 probe, both derated above their corner frequency). Operating temperature 0°C to +40°C; each unit factory-calibrated at 50°C with a QR-code-linked cal certificate.
Saleae Logic MSO 4×100: 4-Channel Mixed-Signal Oscilloscope
The 100 MHz, 4-channel mixed-signal oscilloscope in the Logic MSO line. 1.0 GS/s analog sampling, calculated rise time 3.5 ns, 8 digital channels expandable to 20. Standard variant in 9-bit (32 µV/LSB) with 100 M-sample memory; Pro variant in 12-bit (4 µV/LSB) with 1 B sample points per channel. The middle option in the MSO line, when 200 MHz is more bandwidth than your design needs but two analog channels are too few for full mixed-signal coverage. Common fit for industrial-automation control boards, EV charger boards, and audio/I²S debug benches in Pune and Mumbai.
Saleae Logic MSO 2×100: Entry Mixed-Signal Oscilloscope
The entry tier of the Logic MSO line, 2 analog channels at 100 MHz bandwidth, 1.0 GS/s analog sampling, calculated rise time 3.5 ns. 8 digital channels at 1.0 GS/s, expandable to 20 with Digital Probes. Standard variant in 9-bit / 100 M sample memory; Pro variant in 12-bit / 1 B sample memory. The right tool when a single SoC reset rail and a single bus need to come up together on the same screen, common for IoT and sensor-node bring-up. Same Logic 2 software, same Python automation, same HLA marketplace as the rest of the line.
Logic 2 Software, Python Automation, and HLAs
Trigger on Protocol + Protocol Search, decoding live GPS NMEA on Async Serial and triggering on Text Messages. Saleae product reel, mirrored on GSAS CDN for Indian engineering teams.
High-Level Analyzer Marketplace, configuring an I²C Transactions HLA on top of the built-in I²C decoder. Saleae corporate reel, mirrored on GSAS CDN.
Logic 2 is the desktop software that ships with every Saleae device, Windows 10/11, macOS (Intel and Apple Silicon), and Linux x86, all native. It is free. Saleae does not charge for the software, the protocol decoders, the Automation API, the HLA framework, or the Sample Analyzer SDK. The hardware is the product.
For Indian engineering teams, three software capabilities are worth specific attention:
- 23 built-in protocol analyzers plus 50+ community decoders in Logic 2: the day-one built-in stack covers I²C, SPI, UART (Async Serial), CAN, LIN, SMBus, USB-PD, Modbus RTU/ASCII, JTAG, SWD, I²S/PCM, 1-Wire, BISS-C, DMX-512, MIDI, HDMI-CEC, Atmel SWI, HD44780 LCD, MDIO, and synchronous parallel, plus an in-app Marketplace of 50+ community-contributed decoders for the long-tail (CAN-FD, I3C, MIPI RFFE, USB LS/FS, DCC, Anybus CompactCom, Quadrature, MBus, NAND, SD/MMC, IR Remote, DHT2x, and so on).
- The Logic 2 Automation API (saleae.com/automation) drives Logic 2 from Python and gRPC. A typical GSAS engagement runs the Saleae Sample Analyzer reference and its GitHub Actions workflow as the starting point for a hardware-in-the-loop pipeline, then adapts the workflow to your team’s CI on a bench Raspberry Pi or x86 mini-PC.
- High-Level Analyzers (HLAs) are Python extensions that consume the frames emitted by a low-level analyzer (e.g., I²C bytes) and emit annotated frames at the application layer (e.g., “register write 0x12 = 0xFF on sensor at address 0x68”). GSAS co-authors HLAs for application protocols, battery management state machines, medical device communication, custom CAN-FD frames, when the marketplace doesn’t already have one for your stack.
Which Saleae is right for your team?
LOGIC 8
Entry-tier USB logic analyzer
- Best for: sensor bring-up, UART console capture, first-round bus debug
- Channels: 8 dual-purpose (digital or analog)
- Sample rate: 100 MS/s digital (up to 3 ch), 10 MS/s analog at 10-bit
- Buy when: 1–8 signals, mostly digital, occasional analog
LOGIC PRO 8
Professional-tier mixed-signal analyzer
- Best for: sensor-module bring-up, protocol-stack debug, rail behaviour under load
- Channels: 8 digital + 8 analog (dual-purpose)
- Sample rate: 500 MS/s digital, 50 MS/s analog at 12-bit
- Buy when: 1–8 signals, mixed-signal with analog precision
LOGIC PRO 16
Mixed-signal flagship
- Best for: ECU bring-up, SoC validation, multi-rail boards
- Channels: 16 digital + 16 analog (dual-purpose)
- Sample rate: 500 MS/s digital, 50 MS/s analog at 12-bit
- Buy when: 9–16 signals across multi-rail boards
LOGIC MSO 2×100
Entry mixed-signal oscilloscope
- Best for: IoT and sensor-node bring-up, single-rail regulator debug
- Channels: 2 analog at 100 MHz + 8 digital (expandable to 20)
- Sample rate: 1.0 GS/s analog and digital
- Buy when: 2 analog rails + a digital bus at 100 MHz
LOGIC MSO 4×100
4-channel mixed-signal oscilloscope
- Best for: industrial automation, EV chargers, audio/I²S debug
- Channels: 4 analog at 100 MHz + 8 digital (expandable to 20)
- Sample rate: 1.0 GS/s analog and digital
- Buy when: 4 analog rails at 100 MHz
LOGIC MSO 4×200
Flagship mixed-signal oscilloscope
- Best for: safety-critical ECU validation, EV powertrain regression, medical-device debug
- Channels: 4 analog at 200 MHz + 8 digital (expandable to 20)
- Sample rate: 1.6 GS/s analog, 1.2 GS/s digital
- Buy when: 4 analog rails at 200 MHz, full mixed-signal scope
| If your need is… | Pick |
|---|---|
| 1–8 signals, mostly digital, occasional analog | Logic 8: entry tier, USB 2.0 |
| 1–8 signals, mixed-signal with analog precision | Logic Pro 8: 500 MS/s, 12-bit |
| 9–16 signals across multi-rail boards | Logic Pro 16: flagship Logic family |
| 2 analog rails + a digital bus at 100 MHz | Logic MSO 2×100 (Std or Pro) |
| 4 analog rails at 100 MHz | Logic MSO 4×100 (Std or Pro) |
| 4 analog rails at 200 MHz, full mixed-signal scope | Logic MSO 4×200 (Std or Pro) |
| 12-bit ADC + 1 B sample memory per channel | Any MSO Pro variant |
If you’re choosing between Saleae and a benchtop scope in the ₹3-5 lakh range, our pre-sales FAEs can capture your live signal on both during a half-day bench visit. Talk to us.
Companion bench tools (already GSAS partners)
- Binho Supernova / Pulsar / Nova: USB host adapters and I3C exercisers that pair with Saleae captures during sensor bring-up. The Binho I3C analyzer is a free Saleae plugin.
- Sensepeek PCBite SQ200 / SQ10: hands-free probe systems that hold Saleae analog and digital probes in place on the board under test. Sold as Saleae accessories on saleae.com and stocked through both partner channels.
Compliance & certifications
Every Saleae device is certified and documented for use in regulated environments, material for procurement teams in Indian aerospace, defence, medical, automotive, and semiconductor design programs filing approved-test-equipment lists.
Logic family (Logic 8, Logic Pro 8, Logic Pro 16)
- CE, EMC Directive 2014/30/EU (EN 55032:2015+A11:2020 · EN 55035:2017+A11:2020)
- CE, Low Voltage Directive 2014/35/EU (EN 62368-1:2014+A11:2017)
- UKCA: UK Declaration of Conformity published
- RoHS: covers 2011/65/EU and 2015/863 amendments
- EU Declaration of Conformity: single document covering all three Gen 2 Logic devices
- Statement of Volatility: published; relevant for defence / cleared customers in Bengaluru and Hyderabad
Logic MSO (all six variants: Standard and Pro)
- EMC: IEC 61326-1:2021 / EN 61326-1:2021; CISPR 11:2015+A1:2016+A2:2019 Group 1, Class A; EN 55011:2016+A1:2017+A11:2020+A2:2021
- ESD: IEC 61000-4-2:2008 / EN 61000-4-2:2009 (4 kV contact discharge, 8 kV air discharge)
- RF Immunity: IEC 61000-4-3:2006+A1:2007+A2:2010 (3 V/m, 80 MHz – 1 GHz; 1.4 – 6 GHz; 80% AM at 1 kHz)
- EFT / Burst: IEC 61000-4-4:2012 (1 kV, 5/50 ns Tr/Th, 5 kHz or 100 kHz)
- Surge: IEC 61000-4-5:2014+A1:2017 (0.5 kV line-to-line, 1 kV line-to-ground)
- Conducted RF Immunity: IEC 61000-4-6:2013 (3 V, 0.15 – 80 MHz, 80% AM at 1 kHz)
- Power Frequency Magnetic Field: IEC 61000-4-8:2009 (3 A/m, 50/60 Hz)
- Voltage Dips & Interruptions: IEC 61000-4-11:2020
- Safety: IEC 61010-1:2010 + AMD1:2016, IEC 61010-2-030:2023; CAN/CSA-C22.2 No 61010-1-12 (Canada); EN 61010-1:2010+A1:2019 (Europe); JIS C 1010-1:2019 (Japan); UL 61010-1 3rd Ed. (USA)
Trade & customs (for India import documentation)
- ECCN:
3A992.a(Logic devices); EAR99 (accessories) - HS Code:
9030840000 - Country of Origin: Taiwan (Saleae HQ: South San Francisco, California, USA)
MSO calibration
Each Logic MSO AFE is factory-calibrated across its full operational range for stable operation at a 50 °C internal temperature, maintained by variable-speed active cooling. A QR code on the bottom of every MSO unit links to its manufacturing calibration certificate: meaningful for ISO 9001 / IEC 62304 / ISO 26262 / DO-178C audit trails. Re-cal at any major testing lab is supported via Saleae’s published procedure.
Full certificates of conformity, test reports, EU and UK declarations, and the RoHS declaration are available on Saleae’s compliance documentation hub. Contact GSAS if you need a specific document signed off for an Indian buyer’s quality file.
Stock, lead time, and accessories
Saleae carries a broad accessory range, Digital Probes for MSO, scope probes, USB isolators, flying leads, wire harnesses, breakout boards, test clips, calibration pulse generators, and more. Stock availability and lead times vary by SKU and region. Talk to the GSAS team: we’ll confirm availability for the specific Saleae product, variant, and accessory you need across Bengaluru, Hyderabad, Chennai, Pune, Mumbai, and Delhi NCR.
Request a Quote → for India MRP, GST invoicing, and current lead time, or Contact us → for a bench visit and pre-sales engineering walkthrough.
Resources
Saleae Developer Resources
Saleae Support
Documentation, troubleshooting, and the in-app Logic 2 Marketplace
Logic 2 Automation API
Python and gRPC drivers for headless capture and CI integration
High-Level Analyzer (HLA) developer guide
Build custom Python decoders that consume built-in analyzer frames
Saleae Blog
Engineering posts from the Saleae team, protocol decode, automation, hardware design
Sample Analyzer (C++ SDK)
Reference low-level analyzer with a working CI workflow
Why GSAS
Why Choose GSAS as Your Saleae Engineering Partner
70+
Protocols (built-in + community)
12
Buyable Variants
Pan-India
Coverage
- On-site protocol-decode pre-sales: GSAS field application engineers visit your bench in Bengaluru, Hyderabad, Chennai, Pune, Mumbai, or Delhi NCR and capture your live SPI, I²C, CAN, LIN, or async-serial traffic in Logic 2. You see the decode running on your hardware before you commit to a purchase order.
- Python automation for CI/CD: Saleae's Logic 2 Automation API drives capture, decode, export, and `.sal` diff from Python. GSAS pairs with your test team to land the first GitHub Actions or GitLab CI workflow on a bench Raspberry Pi, your test rack outlives any single engineer.
- India-side RMA support: for Saleae units within the standard manufacturer warranty (i.e., warranty not voided through user damage, modification, or misuse), GSAS supports RMA coordination with Saleae from our Bengaluru office. Refer to Saleae's official warranty documentation for exact duration and conditions.
- High-Level Analyzer (HLA) engineering: when the 23 built-in plus 50+ community decoders don't cover your application-layer protocol, GSAS co-authors the Python HLA with your firmware team. You own the source.
- Workshops on Saleae Python and HLA development: GSAS runs hands-on sessions regularly for embedded teams on the Logic 2 Automation API, Python HLA development, and protocol-decoder customisation.
- Cross-OEM ecosystem support: Saleae captures integrate with the Arm Keil MDK, SEGGER J-Link, and Siemens EDA toolchains your firmware team already uses through GSAS. Companion adapters from Binho and probe systems from Sensepeek (PCBite) extend the bench setup.
Saleae's India design and customer footprint clusters in Bengaluru, India's largest embedded systems and semiconductor design hub. Read our Bengaluru engineering ecosystem guide →
Videos
Saleae Video Library
How to capture digital + analog signals in Logic 2
How to set edge, pulse-width, and protocol triggers
Configuring channels, sample rates, and voltage thresholds
Navigating long captures with zoom, pan, and bookmarks
Taking timing, frequency, and duty-cycle measurements
Decoding SPI, I²C, UART, CAN, and dozens more protocols
Quick setup: Logic Pro 16 with the Analyzers panel
High-Level Analyzers and the Saleae Extension Marketplace
Available across India
Saleae by City
Blog
Saleae Insights
Saleae Logic MSO: Standard or Pro? The India Buying Decision
Standard and Pro are the same Logic MSO hardware, the choice is 9-bit vs 12-bit analog resolution and sample memory per channel. Here is how Indian engineering teams should decide, model by model.
Best Logic Analyzer in India (2026): A Vendor-Neutral Buying Guide for Embedded Teams
Channels, sample rate, protocol decode, and streaming vs buffer, a vendor-neutral buying framework for choosing a USB logic analyzer or protocol analyzer in India, funnelling to the SKUs that actually fit your bus.
AI Data Centers in India: Test, Measurement & Memory Boom
AI is a hardware supercycle. Every AI rack has to be designed, brought up, powered, fed with memory, and kept alive, and each of those is a test, measurement and memory problem. Here is the full engineering toolchain behind the AI data center, mapped to what Indian teams can buy today through GSAS.
Logic Analyzer vs Oscilloscope vs MSO: When You Actually Need Analog Channels (Saleae Logic MSO)
A decision tree for Indian embedded teams: logic analyzer, oscilloscope, or mixed-signal oscilloscope? A channel-count heuristic, the three questions that actually decide it, and when 4 real analog channels in a Saleae Logic MSO beat buying a separate benchtop scope plus a separate logic analyzer.
Debugging Automotive CAN, CAN-FD and LIN with Saleae Logic 2: A Bench Workflow for Indian ECU Teams
The protocols on every automotive ECU bench in India, CAN, CAN-FD and LIN, debugged the right way with Saleae Logic 2. Where to probe, how to decode, and the single-ended caveat clone sellers never explain.
Saleae vs Cheap USB Logic Analyzers: Is the Genuine Saleae Worth It for Indian Embedded Teams?
A ₹500 FX2 clone and a genuine Saleae both decode I²C, until the bug doesn't repeat, the rail glitches, or the input sees 12 V. An honest, attribution-safe contrast for Indian embedded teams about to raise a PO.
Saleae High-Level Analyzers (HLAs): Building Custom Protocol Decoders in Python
When Saleae's 23 built-in plus 50+ community protocol analyzers don't cover your application-layer needs, you write your own decoder in Python. A walkthrough of the HLA framework with a working example for Indian embedded teams.
Decoding I²C, SPI, and UART with Saleae Logic 2: A Bring-up Workflow for Indian Embedded Teams
The three protocols every embedded engineer in India will debug this year. Practical Saleae Logic 2 capture, trigger, and decode patterns for I²C, SPI, and UART bring-up, without the marketing fluff.
Saleae Python API for CI/CD: Capturing Protocol Traces in GitHub Actions
The Logic 2 Automation API drives Saleae devices from Python. Here's how Indian embedded teams wire it into a GitHub Actions or GitLab CI workflow for nightly hardware-in-the-loop regression on a bench Raspberry Pi.
Saleae Logic in India: Buyer's Guide and Pricing (2026)
How to buy Saleae Logic in India, pricing context, procurement options (GeM, SAP Ariba, Coupa, TReDS), GST and import logistics, and which Saleae Logic model fits Indian engineering bench, lab, and CI/CD use cases.
Saleae Logic MSO in India: Why the New Mixed-Signal Line Matters
Saleae's new Logic MSO line replaces 'benchtop scope + separate logic analyzer' with a single USB pod. Three variants, MSO 2×100, 4×100, 4×200, at 100–200 MHz analog bandwidth with 8 (expandable to 20) digital channels. India-focused selection guide and use cases.
Saleae Logic Pro 16 vs Logic Pro 8 vs Logic 8: Picking the Right Analyzer for Indian Embedded Teams
Channel count, sample rate, threshold flexibility, and the cost-of-being-wrong, a buying decision framework for Indian embedded teams choosing between the three current Saleae Logic SKUs.
FAQ
Frequently Asked Questions about Saleae in India
Which Saleae model should I buy in India?
Logic vs Logic MSO, which do I need?
Does GSAS offer pre-sales bench demos for Saleae?
Is Saleae available with INR invoicing and on GeM in India?
How many channels do I need, 8 or 16?
Ready to Get Started with Saleae?
Get pricing, evaluation units, or a technical consultation from our application engineers across India.