SEGGER: Buy in India
Authorized India Partner · GSAS Micro Systems
SEGGER × GSAS
SEGGER Microcontroller (Monheim am Rhein, Germany, founded 1992 by Rolf Segger) is the full-vertical embedded company, the only vendor that engineers every layer of the embedded workflow under one roof, from the real-time operating system running on the target to the debug probe connected over JTAG and the production programmer flashing firmware on the factory line. Over three decades of continuous operation, ISO 9001 and ISO 27001 certified, with software deployed in billions of devices across automotive, medical, industrial, and consumer markets worldwide.
GSAS has been an authorized SEGGER engineering partner in India since 2025, a go-to source for SEGGER embedded solutions and development tools. Across six offices, Bengaluru, Chennai, Hyderabad, Delhi NCR, Mumbai, and Pune, we provide hands-on application engineering, embOS and middleware licensing consultation, Embedded Studio multi-seat onboarding, and local J-Link and Flasher stock for immediate dispatch. Over 50 hands-on workshops delivered to automotive, industrial, medical, and consumer engineering teams.
Whether you want to buy a J-Link debug probe, deploy Flasher programmers on a production line, or license the complete SEGGER middleware stack, GSAS is your authorized engineering partner for the entire SEGGER ecosystem in India.
Latest Insights
Product Families
SEGGER Products by Category
embOS RTOS
embOS
Commercial real-time operating system deployed in billions of devices. Over 100 architecture ports, 500+ board support packages. Four editions: Classic (proven foundation, minimal footprint), MPU (hardware memory protection), Ultra (cycle-resolution tickless scheduling), and Safe, increasingly picked up by Indian RISC-V teams on Shakti and Vega commercial cores, where source-included commercial RTOS with safety certification is still hard to find.
embOS Middleware
emNet
Dual IPv4/IPv6 TCP/IP stack for microcontrollers. Zero-copy architecture, DHCP, DNS, HTTP server/client, MQTT client, FTP server, SMTP, BSD sockets, and multi-interface support.
emWin
Production-proven GUI library running on everything from Cortex-M0+ to application processors. Anti-aliased rendering, alpha blending, capacitive/resistive touch, Unicode fonts, and the AppWizard visual designer.
emFile
Fail-safe embedded file system. FAT12/16/32, exFAT, optional journaling add-on for torn-write safety, NOR/NAND/SD/eMMC drivers. When railway data loggers or industrial DVRs have to pick between FAT and exFAT under power-loss, we cover the FAT-vs-exFAT decision for Indian industrial and railway logging.
emUSB-Device / Host
Full-speed and high-speed USB stack. CDC, MSC, HID, Audio, Video, MTP, and Printer device classes with composite device support. The MSC host-mode file-transfer pattern for Indian medical and industrial devices is one of the most common designs we help Indian teams implement.
emSSL / emSSH / emSecure
TLS, SSH, and digital signature implementations written from scratch for embedded targets. No OpenSSL dependency, no POSIX assumption.
emApps
Smartphone-like application deployment for microcontrollers. A virtual CPU executor under 2.5 KB ROM and 102 bytes RAM per context runs sandboxed app binaries, apps run in isolated memory with explicitly granted API access. Winner of Best in Show at Embedded World 2026. For OEMs shipping under IEC 62443 or automotive cybersecurity mandates, emApps enables post-deployment updates without re-certification risk, and the underlying OTA story typically relies on emLoad dual-image A/B OTA firmware updates, which we cover in detail for Indian product teams.
Embedded Studio
Embedded Studio
Cross-platform IDE for Arm and RISC-V development on Windows, macOS, and Linux. Integrated GCC and Clang/LLVM compilers, native J-Link debug integration, SystemView real-time analysis, and project import from STM32CubeIDE and other vendor IDEs. Per-developer seat licensing.
Embedded Studio PRO
All-in-one development package bundling the IDE with embOS, emWin, emNet, emFile, emUSB, emSSL, and the complete SEGGER middleware stack into a single license. The most cost-effective way to access the full SEGGER software ecosystem for product development. For the production-programming side of the same workflow, we break down the J-Flash versus Flasher decision for Indian engineering teams, and for regulated programs Flasher Secure with an HSM-backed root of trust is the pattern we recommend.
Ozone, Ozone-Sim, and SystemView
Ozone Debugger
Standalone graphical debugger with power profiling, code coverage, execution timeline, and RTOS-aware task inspection. Loads any ELF file directly, works with J-Link and J-Trace without project file dependencies. Supports Arm Cortex-M/A/R and RISC-V.
SystemView
Real-time RTOS visualization, task execution, interrupt timing, resource utilization, and inter-task communication on a continuous timeline. Answers questions breakpoint debugging cannot: why does this task miss its deadline, where is the CPU time going. Works with embOS, FreeRTOS, and other supported kernels.
Ozone-Sim
High-speed instruction set simulator for Arm and RISC-V, hardware-free debugging, profiling, and code coverage with no target board and no J-Link. Runs as an Ozone target, a standalone command-line simulator for CI/CD, or over a GDB server for VS Code, Embedded Studio, or any generic GDB client. Ships with Ozone but needs a separate license key, with a 30-day full-feature evaluation.
J-Link Debug Probes
J-Link PRO
The flagship debug probe for professional embedded teams. Up to 4 MB/s download speed over USB or Ethernet, connect to targets across the lab, across the building, or across a VPN with J-Link Remote Server. Ships with the Ozone, J-Flash, and Unlimited Flash Breakpoints licenses included, and pairs with the separately licensed J-Link SDK for custom toolchains and automated test rigs. The probe most production-serious teams in India start with.
J-Link PRO PoE
Single-cable debug infrastructure. Power over Ethernet eliminates the USB power cable, one Ethernet cable carries both data and power. Up to 4 MB/s download, the fastest J-Link available. Designed for rack-mounted test farms and CI/CD automation where cable count and reliability matter.
J-Link ULTRA
Maximum USB speed, 4 MB/s over USB 2.0 Hi-Speed, now in a compact USB-C housing. For teams that need the fastest possible flash download and RAM access but do not require Ethernet connectivity. The go-to probe for engineers who want raw throughput on a single workstation.
J-Link WiFi
Wireless debug over 802.11 b/g/n (2.4 GHz), no data cable to the host PC. USB-powered, so the WiFi link removes the host data cable while the probe draws power over USB. Also works as a standard USB probe when wireless is not practical. Ideal for debugging sealed enclosures, rotating machinery, or field-deployed targets where a long host data cable is not an option.
J-Link PLUS
The fully licensed mid-tier probe. 1 MB/s download over USB, with the J-Flash, Unlimited Flash Breakpoints, Ozone, and RDI licenses included, plus SWO trace for printf-style output, data logging, and lightweight profiling. The step up from BASE for teams that flash in production or want Ozone without buying licenses separately. For instruction (ETM) streaming trace and hardware code coverage, choose J-Trace PRO.
J-Link BASE
Standard 20-pin probe at up to 1 MB/s over USB 2.0 Hi-Speed. Ships with Flash Download, GDB Server, RTT, and Commander; J-Flash, Ozone, and Unlimited Flash Breakpoints come with PLUS or the BASE-to-PLUS upgrade. The cost-effective entry for individual developers.
J-Link BASE Compact
SEGGER's most compact commercial form factor at 46 x 46 x 17 mm and 20 g, with USB-C. 1 MB/s over USB 2.0 Hi-Speed, identical function to the full BASE. Ideal for tight bench setups, fixtures, and travel kits.
J-Link EDU Mini
9-pin 0.05" connector, education and non-commercial use only. Same J-Link software, but supports a subset of J-Link-supported devices at reduced specs (up to 200 KB/s, 1.8 V/3.3 V), and the license restricts usage to learning and evaluation. Not for commercial product development.
J-Link OB (On-Board)
J-Link as a single-chip on-board solution, licensed to OEMs for integration directly onto evaluation boards and custom hardware. The target device gets full J-Link debug capability without a separate probe. Available under OEM licensing terms from SEGGER; contact GSAS for volume pricing and integration guidance.
J-Link Comparison: Buy in India
| Model | Speed | Interface | Best For |
|---|---|---|---|
| J-Link PRO | 4 MB/s | USB + Ethernet | Team labs, remote debug, CI/CD automation |
| J-Link PRO PoE | 4 MB/s | Power over Ethernet | Rack-mounted test farms, single-cable automation |
| J-Link ULTRA | 4 MB/s | USB 2.0 Hi-Speed | Maximum throughput on a single workstation |
| J-Link WiFi | 1 MB/s | WiFi + USB | Sealed enclosures, rotating machinery, field targets |
| J-Link PLUS | 1 MB/s | USB | Mid-range with SWO trace |
| J-Link BASE | 1 MB/s | USB 2.0 Hi-Speed | Individual developer workstation |
| J-Link BASE Compact | 1 MB/s | USB 2.0 Hi-Speed (USB-C) | Tight bench setups, travel kits |
| J-Link EDU Mini | 200 KB/s | 9-pin 0.05" FTSH | Education and non-commercial only |
| J-Link OB | Varies by board | On-board (single-chip) | OEM eval boards, custom hardware integration |
Not sure which J-Link is right for your project? Read our complete J-Link buyer's guide for India, covers every model, use case, and licensing tier in detail. Deciding between the two flagships? Our J-Link PRO vs ULTRA comparison settles it in two minutes. Or request a quote and our application engineers will recommend the right probe for your architecture, team size, and budget.
J-Trace Streaming Trace
Instruction trace captures every branch, every function call, every exception entry, the complete execution record that breakpoint debugging can never reconstruct. For teams certifying firmware under ISO 26262 or DO-178C, hardware-derived MC/DC and branch coverage evidence from a J-Trace probe satisfies the structural coverage objectives without instrumenting the binary, so the code that ships is the code that was tested. We cover the full safety-critical trace story for Indian automotive and aerospace teams.
J-Trace PRO
The all-architecture flagship. Arm Cortex-M, Cortex-A, Cortex-R, and RISC-V from a single probe, USB 3.0 SuperSpeed and Gigabit Ethernet, 64 MB on-board trace buffer, continuous streaming with zero data loss at up to 150 MHz trace clock. Unlimited flash breakpoints, 4 MB/s download speed, and hardware-derived MC/DC, branch, and statement coverage without code instrumentation.
J-Trace PRO Cortex-M
Dedicated Cortex-M trace probe covering M0 through M85. USB 3.0 SuperSpeed, ETM/MTB/ITM/SWO/DWT trace, unlimited flash breakpoints, and hardware code coverage, the most cost-effective path to instruction trace for Cortex-M safety and performance work.
J-Trace PRO Cortex-A/R
Streaming trace for Arm Cortex-A and Cortex-R cores. USB 3.0 and Gigabit Ethernet, ETM/PTM/ETB/ITM/SWO trace protocols, up to 150 MHz trace clock, built for application processor and safety-critical real-time controller trace.
J-Trace PRO RISC-V
Streaming trace for RISC-V cores, RV32 and RV64 with N-Trace BTM support. USB 3.0 and Gigabit Ethernet, continuous trace capture, and hardware code coverage for RISC-V safety and performance development.
J-Trace Comparison: Buy in India
| Model | Cores/Arch | Trace Type | Best For |
|---|---|---|---|
| J-Trace PRO | Cortex-M/A/R, RISC-V | ETM/PTM/ETB/ITM/SWO streaming | Single probe across every architecture, mixed toolchains |
| J-Trace PRO Cortex-M | Cortex-M0 to M85 | ETM, MTB, ITM, SWO, DWT | Cortex-M safety and performance work at accessible pricing |
| J-Trace PRO Cortex-A/R | Cortex-A, Cortex-R | ETM, PTM, ETB, ITM, SWO | Application processors and safety-critical real-time cores |
| J-Trace PRO RISC-V | RISC-V (RV32, RV64) | N-Trace BTM streaming | RISC-V branch trace and safety certification workflows |
Flasher Production Programming
Flasher Pro XL
SEGGER's flagship production programmer, 4 MB/s programming speed, 2 GB internal storage for image files, USB and Ethernet host connectivity, and fleet management for centrally administered programming stations. Supports microcontrollers, application processors, SoCs, FPGAs, and external SPI flash. Standalone one-button operation or full PC-controlled automation. The Flasher Pro XL is the programmer Indian contract manufacturers and OEM production lines reach for when throughput, traceability, and remote management all matter, we break down the J-Flash versus Flasher decision for Indian engineering teams.
Flasher Pro
The fastest standalone SEGGER programmer at 5 MB/s. SD card slot plus internal storage for firmware images, gang-expandable via Flasher Hub for parallel programming. When cycle time on the production line is the constraint, Flasher Pro is the answer, and it gangs cleanly with Hub-4 or Hub-12 for volume scaling.
Flasher ATE2
8-way parallel production programmer designed for ATE integration. 128 MB storage per channel, simultaneous programming of up to eight targets, and a control interface built for automated test equipment workflows. The standard choice for Indian EMS providers running high-volume lines where programming is embedded in the test fixture.
Flasher Compact
Standalone one-button programmer in a 68 x 30 x 14 mm form factor. 3 MB/s programming speed, internal storage, and the same SEGGER flash-loader engine as the full-size models. Ideal for small-batch production, incoming inspection, and field firmware updates where bench space is tight.
Flasher Portable PLUS
Battery-powered programmer with 128 MB internal storage for field service and depot-level maintenance. No PC, no cables to a host, load the image, walk to the board, press the button. Built for field engineers updating firmware at customer sites, remote installations, and service centers across India, including Visakhapatnam.
Flasher Secure
Production programmer with hardware key storage and zero-trust provisioning. 3 MB/s programming speed with cryptographic key injection, secure boot image signing, and tamper-evident operation. For regulated programs, defence, automotive, medical, where firmware authenticity must be provable, Flasher Secure with an HSM-backed root of trust is the pattern we recommend.
Accessories: Gang Hubs, Adapters & Isolators
Flasher Hub-4 and Flasher Hub-12 gang-expand Flasher Compact units for 4-way and 12-way parallel programming from a single host. Flasher Adapters & Cables cover target-specific pinouts (JTAG, SWD, cJTAG, SPI, custom). Flasher Isolators provide galvanic isolation between programmer and target for electrically sensitive production environments. All accessories available from GSAS with INR invoicing, Hub-4 · Hub-12 · Adapters · Isolators
Flasher Comparison: Buy in India
| Model | Channels/Gang | Standalone? | Best For |
|---|---|---|---|
| Flasher Compact | Single unit, gang-expandable via Hub-4/Hub-12 | Yes, one-button | Small-batch production, incoming inspection, field updates |
| Flasher Pro | Single unit, gang-expandable via Hub | Yes, SD card | Fastest standalone programmer, cycle-time-critical lines |
| Flasher Pro XL | Single unit + fleet management | Yes, or PC-controlled | High-throughput lines needing traceability and remote management |
| Flasher ATE2 | 4-channel or 8-channel | No, ATE-integrated | High-volume EMS lines, test-fixture-embedded programming |
| Model | Channels/Gang | Standalone? | Best For |
|---|---|---|---|
| Flasher Secure | Single unit | Yes | Regulated programs needing hardware key storage and secure boot signing |
| Flasher Portable PLUS | Single unit, battery-powered | Yes, no PC required | Field service, depot maintenance, remote installations |
| Flasher Hub-4 | 4x Flasher Compact units | Gang add-on, not standalone | Small-to-medium batch parallel programming |
| Flasher Hub-12 | 12x Flasher Compact units | Gang add-on, not standalone | High-volume manufacturing lines |
Not sure which Flasher fits your production line? Our J-Flash versus Flasher decision guide for Indian engineering teams breaks down when a software-only J-Flash license is enough and when you need dedicated Flasher hardware. For regulated programs, Flasher Secure with an HSM-backed root of trust is the pattern we recommend. Or request a quote and our application engineers will match the right model to your production volume.
Security and Protocol Middleware
Security
emCrypt
Embedded cryptography library covering AES, SHA-2, SHA-3, ECC, and RSA with hardware accelerator support. No heap allocation, no OS dependency, drops into any RTOS or bare-metal project. Pairs with emSSL for TLS and emSecure for code signing.
emSecure
Digital signature library for firmware authentication and secure boot. Supports RSA-PSS, ECDSA, and Ed25519 schemes. Integrates with emBoot-Secure for verified boot chains, the foundation for tamper-proof OTA workflows on Indian defence and industrial platforms.
Industrial and IoT Protocols: Buy in India
emModbus
Modbus Master and Slave stack supporting RTU, ASCII, TCP, and UDP modes in approximately 2.5 KB ROM. Covers the protocol layer Indian energy metering and industrial automation teams need most, we explore the architecture in detail.
emMQTT
MQTT 3.1.1 client with QoS 0, 1, and 2 support in approximately 2.4 KB ROM. Connects resource-constrained devices to AWS IoT, Azure IoT Hub, or any MQTT broker over emSSL-secured channels.
emWeb
Embedded web server with HTTP, WebSocket, REST API, AJAX, and Server-Sent Events support in approximately 8 KB ROM. Serves device dashboards and configuration UIs directly from the MCU.
Connectivity
emFTP
FTP server with FTPS and FTPES (explicit TLS) support in approximately 5.6 KB ROM. Enables secure file transfer to and from embedded devices over emNet, log retrieval, firmware upload, and configuration management without a custom protocol.
emVNC
VNC server for remote GUI access to embedded displays. Works with emWin, view and control the device UI from any standard VNC client during development, field testing, or remote support.
emCompress
Streaming compression and decompression with DEFLATE and LZMA algorithms. Reduces firmware image sizes for OTA delivery and compresses data logs on storage-constrained devices.
Platform and Runtime
emPower OS
Integrated platform combining embOS with the full SEGGER middleware stack, emNet, emFile, emUSB, emSSL, emWin, and more, into a single pre-configured package. Eliminates integration effort for teams building complete connected products.
emUSB-C PD
USB Type-C Power Delivery stack supporting Source, Sink, and Dual-Role Power (DRP) modes in 5.1 KB ROM. Handles PD negotiation, power contracts, and role swaps for USB-C-powered embedded products.
emRun
Optimized C/C++ runtime library producing binaries approximately 2x smaller than newlib-nano. Drop-in replacement for standard runtime, same API, significantly smaller footprint for flash-constrained MCU targets.
IoT Toolkit
HTTP client and JSON parser designed for REST API communication from embedded devices. Handles cloud service integration, data posting, configuration retrieval, and token-based authentication, without pulling in a full web framework.
Need help scoping the right middleware stack? Our deep dives cover secure remote management with emSSH on industrial gateways, the emCrypt cryptographic primitives Indian teams use for AES, SHA, and ECC, the emFile FAT-vs-exFAT decision for industrial and railway logging, emModbus for energy metering and industrial automation, and emLoad dual-image A/B OTA firmware updates. Or request a quote and our application engineers will help you scope the right stack.
Toolchain and Lab Accessories
SEGGER Toolchain
Clang-based optimising C/C++ compiler and linker for Arm and RISC-V. The SEGGER Compiler produces tighter Thumb-2 code than upstream Clang and GCC in size-optimised builds, while the SEGGER Linker delivers up to 5.8x faster link times than the GNU Linker with seven distinct code-size optimisation passes. Built-in STOP (Stack Overflow Prevention) inserts automatic stack limit checks before every stack adjustment, no source changes required.
J-Link Adapters & Cables
9-pin, 14-pin, 19-pin, and 20-pin adapters, pin converters, and target-specific connectors for every J-Link debug setup.
View Details →J-Link Isolators
Galvanic isolation adapters providing isolation between J-Link and target (see datasheet for rated voltage), essential for motor control, power electronics, and automotive debug.
View Details →USB Isolator
Host-side USB galvanic isolator (3 kV basic, USB Full-Speed) between the host PC and any J-Link or Flasher, complements target-side isolators for full host-and-target protection.
View Details →SEGGER USB Hub-7
Industrial-grade 7-port USB 2.0 hub with external power supply and metal enclosure, built for multi-probe debug stations.
View Details →SEGGER USB Hub-13
Industrial-grade 13-port USB 2.0 hub for large-scale test farms, gang programming stations, and automated hardware-in-the-loop setups.
View Details →Licensing
Royalty-Free Licensing for Production
SEGGER software products (embOS, emWin, emNet, emFile, emUSB, emSSL, emApps) use a one-time purchase, royalty-free licensing model, one license covers unlimited production units with no recurring fees. Six months of updates and technical support included with every purchase, with optional renewal for continued access.
J-Link Debug Probes
Debug probes with record-breaking flash loaders, up to 4 MB/s RAM download, and unlimited breakpoints in flash. Over two decades of proven reliability, supporting tens of thousands of devices across Arm Cortex-M/A/R and RISC-V.
J-Link Debug Probes
All models support JTAG, SWD, cJTAG, unlimited flash breakpoints, RTT, and 10,000+ Arm Cortex-M/A/R + RISC-V devices.
| Feature | J-Link PRO PoE | J-Link PRO | J-Link ULTRA | J-Link WiFi | J-Link PLUS | J-Link BASE |
|---|---|---|---|---|---|---|
| Download Speed | 4.0 MB/s | 4.0 MB/s | 4.0 MB/s | 1.0 MB/s | 1.0 MB/s | 1.0 MB/s |
| Max Interface Speed | 50 MHz | 50 MHz | 50 MHz | 15 MHz | 15 MHz | 15 MHz |
| Max SWO Speed | 100 MHz | 100 MHz | 100 MHz | 30 MHz | 30 MHz | 30 MHz |
| USB | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
| Ethernet | ✓ + PoE | ✓ | ✓ | - | - | - |
| WiFi | - | - | - | ✓ | - | - |
| ETB/MTB Trace | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
| J-Link SDK | ✓ | ✓ | - | - | - | - |
| VCOM Speed | 10 MBd | 10 MBd | 10 MBd | 115 KBd | 115 KBd | 115 KBd |
| Target Voltage | 1.2–5V | 1.2–5V | 1.2–5V | 1.2–5V | 1.2–5V | 1.2–5V |
| Best For | Test farms | CI/CD + teams | High speed | Wireless debug | Professional | Entry-level |
J-Trace Streaming Trace Probes
Instruction-level trace for code coverage, execution profiling, and crash root-cause analysis. Continuous streaming via USB 3.0 or Gigabit Ethernet, no trace buffer overflow.
J-Trace Streaming Trace Probes
All models support code coverage, execution profiling, live analysis, ITM/SWO/DWT, and work with Ozone and SystemView.
| Feature | J-Trace PRO | J-Trace Cortex-A/R | J-Trace Cortex-M | J-Trace RISC-V |
|---|---|---|---|---|
| Architecture | All (A/R/M + RISC-V) | Cortex-A/R | Cortex-M | RISC-V |
| Download Speed | 4.0 MB/s | 4.0 MB/s | 4.0 MB/s | 4.0 MB/s |
| Max TPIU | 300 MHz | 300 MHz | 300 MHz | 300 MHz |
| Max Trace Clock | 150 MHz | 150 MHz | 150 MHz | 150 MHz |
| On-board Buffer | 64 MB | 64 MB | 64 MB | 64 MB |
| Streaming Trace | ✓ Unlimited | ✓ Unlimited | ✓ Unlimited | ✓ Unlimited |
| USB 3.0 | ✓ | ✓ | ✓ | ✓ |
| Gigabit Ethernet | ✓ | ✓ | ✓ | ✓ |
| ETM Trace | ✓ | ✓ | ✓ | - |
| PTM (Cortex-A) | ✓ | ✓ | - | - |
| RISC-V N-Trace | ✓ | - | - | ✓ |
| Best For | Multi-arch labs | Cortex-A/R dev | Cortex-M trace | RISC-V trace |
Flasher Production Programmers
Reliable programming is the foundation of every successful electronics product. SEGGER Flasher programmers support microcontrollers, application processors, SoCs, FPGAs, and external SPI flash, from single-unit field service to 8-way gang programming on the production line.
SEGGER Flasher: Flash Programmers
All models support JTAG, SWD, cJTAG, SPI, QSPI. Infinite target device support. Gang programming via Flasher Hub-4/Hub-12.
| Feature | Flasher Pro | Flasher Pro XL | Flasher Compact | Flasher Portable PLUS | Flasher ATE2 | Flasher Secure |
|---|---|---|---|---|---|---|
| Download Speed | 5 MB/s | 4 MB/s | 4 MB/s | 4 MB/s | 4 MB/s | 4 MB/s |
| Standalone Mode | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
| Memory | 128 MB | 2 GB | 128 MB | 128 MB | 8 × 128 MB | 128 MB |
| Ethernet | ✓ | ✓ | via Hub | via Hub | ✓ | ✓ |
| Gang Programming | ✓ | ✓ | via Hub-4 | via Hub-4 | ✓ 8-way | - |
| Secure Boot | ✓ | ✓ | - | - | ✓ | ✓ Primary |
| Battery Powered | - | - | - | ✓ | - | - |
| Display | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
| Remote Control | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ |
| Best For | General production | Large firmware | Compact deploy | Field service | Inline ATE | Provisioning |
Why GSAS
Why Choose GSAS as Your SEGGER Engineering Partner
2025
SEGGER Partnership
50+
Workshops Delivered
India-wide
Local Support
- Application engineering: debug probe selection (J-Link vs J-Trace), embOS edition guidance (Classic/MPU/Ultra/Safe), Flasher ATE integration, and SEGGER toolchain migration from third-party IDEs
- Domain expertise: automotive & industrial safety: embOS-Safe deployment consulting for IEC 61508 SIL 3 and ISO 26262 ASIL D programs, safety certification evidence review, and RTOS integration with safety-qualified compilers
- Production programming consulting: Flasher fixture design, gang programming throughput optimization, secure provisioning workflows, and MES traceability integration for high-volume manufacturing lines
- 50+ SEGGER technical workshops conducted across automotive, industrial, medical, and consumer segments, hands-on labs covering J-Link debugging, embOS task design, SystemView profiling, and Ozone trace analysis
- Evaluation and demo units: probes, software evaluations, and hands-on lab setups from Bengaluru, Chennai, Hyderabad, Delhi NCR, Mumbai, and Pune
- Volume licensing: multi-seat Embedded Studio, multi-product embOS + middleware bundles, and production Flasher deployments
- Local stock & procurement: J-Link and Flasher probes available for immediate dispatch from India, with INR invoicing across the full SEGGER catalog (J-Link, Flasher, Embedded Studio, embOS, emWin, emApps, complete middleware)
SEGGER'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
SEGGER Video Library
Getting Started with SEGGER Embedded Studio, J-Link & Ozone: GSAS
Rolf Segger on J-Link, Embedded Tools, Open Source & Long-Term Software Support
It Simply Works! SEGGER, emApps & the Future of Embedded Development
Look Back at Electronica 2025: SEGGER Products at GSAS
J-Link Introduction: SEGGER
embOS-Ultra Introduction: SEGGER
emWin AppWizard Introduction: SEGGER
Ozone Debugger Introduction: SEGGER
SystemView Introduction: SEGGER
Flasher PRO Introduction: SEGGER
Embedded Studio PRO: All-in-One Product Development Package
Embedded Studio Download & First Run: SEGGER
Available across India
SEGGER by City
Blog
SEGGER Insights
SEGGER J-Link and J-Trace Now Support Andes Trace: Why This Matters for RISC-V
SEGGER's J-Link and J-Trace probes now support Andes Trace, the hybrid N-Trace plus E-Trace instruction-trace solution built into Andes RISC-V cores. Here is what Andes Trace is, why probe-level support closes one of RISC-V's last serious tooling gaps, and what it means for Indian embedded teams.
Choosing a SEGGER Flasher: Standalone vs Gang vs Secure vs Portable
Standalone, gang, secure, or portable, the SEGGER Flasher family covers four different production-programming problems, not one. Here is how Indian engineering and production teams should decide.
J-Trace PRO vs TRACE32: An Honest Comparison for India
SEGGER J-Trace PRO delivers much of the same core streaming-trace capability as Lauterbach TRACE32 for Arm Cortex-M/A/R and RISC-V targets, at a lower cost point. Here is where each platform is the stronger fit for Indian engineering teams.
J-Link PRO vs J-Link ULTRA: Which SEGGER Flagship Debug Probe Should You Buy?
J-Link PRO and J-Link ULTRA share SEGGER's fastest 4 MB/s download class, so the choice comes down to Ethernet. Here is the decision framework Indian engineering teams can apply in two minutes, with a full verified spec comparison.
J-Link Remote Server: Shared Debug Probes, Remote Debugging, and CI/CD Test Farms
Any USB J-Link can be shared over the network with SEGGER's free J-Link Remote Server, and the J-Link PRO puts itself on Ethernet directly. Here is how Indian firmware teams build shared labs, debug hardware across sites, and wire J-Link into CI/CD.
Unlimited Flash Breakpoints Explained: How J-Link Does It and Which Models Include the License
Cortex-M silicon gives you 4 to 6 hardware breakpoints. SEGGER's Unlimited Flash Breakpoints removes the ceiling by reprogramming flash on the fly. Here is how the technology works, what it costs in wear and speed, and exactly which J-Link models include the license.
Hardware-Free CI/CD Regression Testing for Embedded Teams in India
Embedded regression suites are often bottlenecked by how many test boards a team owns. SEGGER's Ozone-Sim runs Arm and RISC-V firmware headless in CI, with built-in semihosting for test parameters and logged results, so regression testing no longer waits on hardware availability.
Ozone-Sim: SEGGER's Hardware-Free Embedded Simulator for Arm and RISC-V
SEGGER's new Ozone-Sim instruction set simulator runs Arm and RISC-V firmware on a PC at hundreds of millions of instructions per second (up to 700 million on an AMD Ryzen 9, per SEGGER), no J-Link and no target board required. Here is how it works with Ozone, how it plugs into CI/CD, and how to evaluate it in India with GSAS.
SEGGER Redesigns the J-Link ULTRA Debug Probe: Same 4 MB/s Speed, Now in a Compact USB-C Housing
SEGGER has redesigned the J-Link ULTRA into a compact housing with a footprint smaller than a credit card, with USB Type-C and integrated mounting holes, while keeping its 4 MB/s download speed and Real-Time Transfer. Here is what changed and where to get it in India.
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.
J-Link vs ST-Link vs CMSIS-DAP vs Black Magic Probe: Which Debugger Should an Indian Team Buy?
A neutral, fact-checked decision matrix for Indian embedded teams choosing a debug probe, J-Link vs ST-Link vs CMSIS-DAP vs Black Magic Probe, compared on device neutrality, toolchain support, flash speed, unlimited flash breakpoints, commercial-license clarity, and support in India.
SEGGER J-Link Price in India: Models, INR Cost Bands, GST & Where to Buy (2026)
How SEGGER J-Link pricing actually works in India, the per-model cost ladder (BASE to PRO PoE), GST invoicing, customs and lead time, the EDU-versus-commercial licence trap, and where to buy J-Link in India without import headaches.
FAQ
Frequently Asked Questions about SEGGER in India
Who is SEGGER's authorized partner in India?
How do I buy a SEGGER J-Link in India?
What is the price of a SEGGER J-Link in India?
Which J-Link model should I buy?
Does GSAS provide technical support for J-Link in India?
Can J-Link probes be used in CI/CD and automated test setups?
Can I use the J-Link EDU Mini for commercial development?
Which SEGGER Flasher should I buy for production programming?
What is the difference between J-Trace PRO and J-Link?
Is SEGGER middleware royalty-free?
Which SEGGER RTOS and middleware stack for industrial IoT?
Does GSAS supply SEGGER Flasher and J-Trace in India?
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