Syrma Sgs Technology Limited · NSE:SYRMA
Syrma Sgs Technology — Investor Presentation (September 2024)
22 slides from Syrma Sgs Technology's investor presentation, Sep 10, 2024
Slide 1: Experience Engineering Excellence with SETS
Experience Engineering Excellence with SETS
Slide 2: Five decades of engineering legacy
Five decades of engineering legacy • Largest employer of women in the tech sector • Industry 4.0 Navigation Pioneering Technology Embracing the Digital Era (Established Syrma Strategic Growth Through from 1984 to 2000 and People-Centric through Ventures and Technologies) Mergers, Acquisitions, and •
Slide 3: We help in making your product lifecycle more resilient
We help in making your product lifecycle more resilient as a trusted Product + Digital Engineering Services partner Miniaturization & Supply chain Complex simulations integration hurdles issues hindering posing threat? Costly growth? becoming complex? prototyping draining budget? Ready for a co-inno
Slide 4: SETS – Key Customers & Partnerships
SETS – Key Customers & Partnerships KEY CUSTOMERS OUR KEY PARTNERS
Slide 5: Focus Industry Verticals
Focus Industry Verticals Mobility Hi-Tech Automotive Railways Aerospace Semiconductor Consumer Devices Telecom & Networking Industrial Healthcare Smart MFG Industrial IOT Industrial Devices Medical Life Science Life Style
Slide 6: Business Offerings
Business Offerings Engineering Technology Centres & Engineering Staff Augmentation Product Engineering Services Services Labs Prototype Manufacturing Services Original Design & Manufacturing Services
Slide 7: Service Offerings
Service Offerings Board Design Hardware System Engineering Software Embedded SW & PCB ECAD & / Firmware Architecture Design Simulation & Application Analysis Software Teardown & Cloud /AI & ML Benchmarking Product Engineering VLSI ID – 3D FPGA MCAD - 2D Verification & Simulation & Pre-Si/Post-Si Val
Slide 8: Embedded System / Product Engineering
Embedded System / Product Engineering Verification & Prototype System Engineering PLM Validation Manufacturing ▪ Requirements Definition ▪ Unit Testing/System Testing - ▪ Quote Cell – Proto/Volume ▪ Box Build ▪ Product Concept Design/PoC EVT/DVT/PVT Costing ▪ PCB Fabrication ▪ System Architecture De
Slide 9: Engineering Skillsets
Engineering Skillsets Electrical Application Mechanical Embedded Software Software ▪ Hardware – High Speed/Mixed-Signal Board Design, Power Electronics, ▪ Industrial Design : Concept Design ▪ Bootloaders, RTOS/Embedded ▪ PC/System Software - C# / .NET RF/Wireless Design, FPGA Design | 3D Modelling |
Slide 10: Proto build capabilities
Proto build capabilities ▪ SMT lines – Yamaha YSM 20R & XP 242E Certifications ISO 9001-2015, ISO 14001-2015, ANSI/ESD S20.20 – 2021 ▪ Fine pitch placement up to 14 mil ▪ Components – 0201, BGA ▪ ±0.035mm (±0.025mm) Cpk≧1.0 (3σ) ▪ Board Size: 70 x 70 (mm) to 450x 510 (mm) ▪ Pallets are available for
Slide 11: Proto build – 3D Printer
Proto build – 3D Printer Stratasys F170 3D printer ▪ Build Envelope capacity: 10 x 10 x 10 inch (254 x 254 x 254 mm) ▪ Material Feeding Capacity: 2 coil in parallel (Coil #1 : Model & Coil #2: Support) ▪ Connectivity: Ethernet, Wi-Fi ▪ Material Compatibility: PLA, ABS M30, ASA, FDM TPU92A, ABS –CF10
Slide 12: We leverage our global presence
We leverage our global presence to deliver an efficient and high-touch service experience.
Slide 13: Our Experience
A Syrma SGS Company Our Experience
Slide 14: Small PCBA developed
Small PCBA developed Size ⌀28mm(circular) Size 40*21mm Application Load cell for a Weighing Application Smart Sensor Confidential machine # of layers 4 Layers # of layers 6 Layers # of individual 24 # of individual 56 components components # of Components 126 # of Components 78 mounted mounted Size
Slide 15: Complex PCBA developed
Complex PCBA developed Size 191*104 mm Size 146*102mm Application Switch gear regulator Application Mother board # of layers 4 layers # of layers 12 Layers # of individual 62 # of individual 529 components components # of Components 216 # of Components 1524 mounted mounted Size 280*118 mm Size 229*2
Slide 16: Case Study: End-to-end development of IoT HW for Smart Building Management
Case Study: End-to-end development of IoT HW for Smart Building Management For one of the largest consumer technology company Value engineering End-to-end product Reduced iteration for 7 Redesign & Rework design & development sensor and 3 module Cost & performance connectivity analysis Co-innovation
Slide 17: Automatic Test Equipment – Power Industry
Automatic Test Equipment – Power Industry OEM Challenge Global power conversion OEM faced accelerated market acceptance of a new product, and needed to quickly scale mfg. capacity, but had yet to prepare automated testing equipment (ATE) to achieve needed output. All previous test development was do
Slide 18: Design and Development of Power Supply Unit for rail breaks
Design and Development of Power Supply Unit for rail breaks Client provides equipment, systems, digital solutions, and value-added services to the freight and transit rail industries in over 50 countries and employs over 27000 people worldwide. Technology Objective and challenges ▪ Topology to be de
Slide 19: Design and development of avionics display and power supply module
Design and development of avionics display and power supply module Client is one of the oldest and largest aerospace and defense manufacturers in the world. They are currently involved in designing and manufacturing of fighter jets, helicopters, jet engine and marine gas turbine engine, avionics, so
Slide 20: Design and development of iSMCU 4KW Inverter for EV application
Design and development of iSMCU 4KW Inverter for EV application Client is leading global automotive supplier HQ’d in France. They are a technological and industrial leader in electrification, driving assistance systems, reinvention of the interior experience and lighting. They have over 100,000+ emp
Slide 21: Component engineering of a vehicle safety lighting equipment
Component engineering of a vehicle safety lighting equipment The client is one of the automotive safety development company. They have been helping the vehicle industry in the safety space for over 40 years now. Process Involved Objective and challenges ▪ Through hole to SMT board conversion Value E
Slide 22: Product Validation, Repair and Rework (Outdoor WiFi Access Point)
Product Validation, Repair and Rework (Outdoor WiFi Access Point) The client is headquartered at US focused on outdoor wireless backhaul solutions for global telecom markets. Technology Objective and Challenges WiFi ▪ Dual-radio access point equipped with 2x2 MIMO 802.11ac radios operating with 2.4
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