Company Overview Embedded Expertise since 1986 1987: first European company to launch an OEM-able module Headquartered in Mainz, PHYTEC Germany: 1986 PHYTEC America: 1996 PHYTEC France: 2003 PHYTEC India: 2012 PHYTEC China: 2014 Global employees: 201 2012 revenues: $38 million Hardware System on Modules (SOMs) Single Board Computers (SBCs) Custom HW Designs Software Board Support Packages Software Adaptation Services Design-In of SOMs, SBCs System Integration Turn-Key Development Lifecycle Management
Revenue in M Growth and Stability 27 years of profitability; no external capital or debt 30 25 20 15 10 5 0
System on Modules Cutting-edge processor and peripheral support ARM Cortex M4, -A5, -A8, -A9, -A15 Single, Dual and Quad cores Advanced interfaces: DDR3, NAND, SATA, PCIe, USB3, gigabit Ethernet, LVDS, CAN, SPI, I2C, SD/MMC/SDIO Industrial-grade Thermal management and POH analysis Ultra-compact, multi-layer PCB EMI-resistant design Linux, Android, Windows Embedded, RTOS FCC/CE compliant
SOMFamilies System On Module (SOM) technology provides a production-ready hardware and software solution that enables product engineers to bring new products to market quickly. phycore phycore modules supports all signals from microcontroller. phycard The phycard standard provides complete compatibility across entire family. phyflex The phyflex family provides comprehensive microcontroller support and complete flexibility.
Single Board Computers Industrial Building Blocks for Product Development ARM Cortex -A5, -A8, -A9 SOM populates Carrier Board that provides I/O connectivity SOM mounts on Carrier Board via Direct Solder Connect (DSC) or connectors SOM on I/O Carrier Board = deployable Single Board Computer (SBC) Easy modification of the I/O Carrier Board due to layout stacks = customization according to needs of end application and cost targets Optional: HMI (LCD / Touch) Housing Expansion Modules connect to Carrier Board Expansion Bus: HDMI, Power Supply, Industrial I/O, M2M
PhyBoards Off-The-Shelf SBC s for Product WEGA HMI Solution RANA Control Solution SUBRA Multimedia Solution SOM: PhyCore-AM335x More Info here SOM: PhyCore-AM335x More Info here SOM: i.mx6 More Info here
Deployed Across Many Industries TEST AND MEASUREMENT PRECISION AGRIGULTURE ENERGY AUTOMATION AND CONTROL MEDICAL/HEATHCARE FITNESS SECURITY BUILDING AUTOMATION TRANSPORTATION
Success Story: SOM, Carrier Board, OS Handheld XRF Analyzer Handheld X-Ray Fluorecscent Analyzer Detects 88% of all elements in the periodic table PHYTEC Services Customized phycore-omap4430 SOM to support OMAP4470 Designed custom Carrier Board Windows Embedded Compact 7 BSP adaptation to support LCD, WiFi/Bluetooth, accelerometer, GPIO, spec ial interrupts, USB camera and power management Project Management System Test and Validation PCBA Production
Success Story: Custom Hardware Portable Fiber Optic Cable Splicer OptiSplice Ribbon Handheld Fusion Splicer Fibre optic cable splicer Fast heat-shrink oven High-capacity Li-Ion battery Intuitive, Linux-based user interface PHYTEC Services PXA270-based SOM Design of 5x custom PCBAs (Printed Circuit Board Assemblies) Dual CMOS Cameras Linux adaptation Project Management System Test and Validation Turn-Key Production
Success Story: Customized ARM SOM Low Power, Cloud-Based Server R1801e Low Power Server: Cortex-A9 based System on Module 1U rack mount server supports up to 8x SOMs 8x SSDs Ubuntu Linux First commercially-available ARM-based low power server platform: < 80W max power draw (8W per module) PHYTEC Services Customized SOM Design System Design Prototype and Pilot Production Project Management System Test and Validation
Success Story: Customized ARM SOM BladderScan BVI 9400 Portable Bladder Scanner: Portable, noninvasive instrument Measures quickly and accurately urinary bladder volume and post-void residual (PVR) with 3D ultrasound PHYTEC Services: Customized phycore-pxa270 SOM Design Consulting Embedded CE 6 BSP to support the BladderScan LCD, SPI peripherals, and low power states
Success Story: SOM, Drivers, Audio, Housing Ticket.box IVU.Ticket.Box: interactive vehicle-based fare collection, ticket printing, and traffic control communication system for use in public transportation Bar code scanning Smart card reader PHYTEC Services: Based on phycard-m-i.mx35 SOM All aspects of product development including: Project management Software and housing development Third party contribution Conformance to VDV/VÖV and E1-manufacturing standards in Germany Custom driver development (drivers for an on-board CAN interface, 11 simultaneous active serial interfaces with high data throughput, as well as specific AC97 audio requirements)
Success Story: Customized ARM SOM REFUsol 008-024K Photovoltaic String Inverter: Low weight and volume Enables easy handling and optimized space utilization Graphics display, Ethernet connection and RS-485 interface simplify installation, maintenance and system monitoring PHYTEC Services: Based on phycore-mpc5200b Customized SOM Design System Design Consulting Custom Linux BSP
High-Quality Manufacturing Bringing Designs to Life 4x in-house SMT assembly lines Samsung SM411, SM421 Advanced SMD: 0.4 mm pitch BGA, PoP, DSC 100% AOI and Traceability ISO9001:2008 Certification Conformance RoHS, REACH, WEEE IPC-600A-F class 2, 3 PCBs IPC-610A-D class 2, 3 assembly J-STD-004 UL, VDA, KTA1401 and other on request LVHM to Volume Production scalable from in-house lines to production partners in Texas and China Life-Cycle Management Supply Chain Logistics
Global Customer Base PHYTEC Technology Drives a Wide Range of Products
Why PHYTEC? Production Development Solutions: from Building Blocks to Turn-Key 25+ Years Expertise in Embedded Domain Ruggedized industrial embedded hardware Operating System Support Designed in Germany and USA Easy Modification and Customization Services SOM and SBC Design-In System Integration and Turn-Key Development Scalable Manufacturing Made in Germany International Production Partners Value Proposition Outsource embedded computing hardware and operating system software to PHYTEC 100 50K unit/year solution = Reduce time, development cost and design risk