Supply of Hardware System Design Tools for New Embedded System Development. Tender

Procurement Summary

State : Kerala

Summary : Supply of Hardware System Design Tools for New Embedded System Development.

Deadline : 03 Sep 2019

Other Information

Notice Type : Tender

TOT Ref.No.: 35867610

Document Ref. No. : TR/PUR/SP/013/2019

Competition : NCB

Financier : Self Financed

Purchaser Ownership : -

Document Fees : Refer Document

Tender Value : Refer Document

EMD : ₹ 19000

Purchaser's Detail

Purchaser : CENTRE FOR MATERIALS FOR ELECTRONICS TECHNOLOGY
SHORANUR ROAD, M.G. KAVU, P.O. ATHANI, THRISSUR 680 581, Kerala, India
Country: India
Email: cmett@cmet.gov.in
Website: www.cmet.gov.in

Tender Details

Tender are invited for supply of Hardware System Design Tools for New Embedded System Development. a) Main package:  Supplied system shall be complete software development solution/package for Arm Cortex-M based microcontrollers  Package should have a leading Windows® -based IDE, debugger, market leading compilers, software pack management and Cortex Microcontroller Software Interface Standard (CMSIS). It should also support royalty-free software building blocks and real-time operating system (RTOS) integration.  Package should allow user to accelerate the development of embedded software projects and have a widest support for Arm-based microcontrollers (MCUs), with more than 5000 devices in the database.  Software package should have Industry leading C/C++ compilation tools developed by Arm and it should support Accurate simulation models of Arm CPUs (Cortex-M only). Software package should work with the ULINKTM family of debug and trace adapters, or with 3rd party debug probes and have the feature of Easy-to-use interface  System should offer support for over 5, 000 Cortex-M based devices, including the new Cortex-M23/M33 cores and also it should support an Event Recorder and Component Viewer (ERCV) to show the run- time behaviour of software components. -2-  Package should support debug and trace adapter and must offer full instruction trace functionality and complete code coverage information. It should also have the feature to add software packs at any time to Software Tool Suite making new device support and middleware updates independent from the tool chain. b) Software interface: Supply shall include following software interfaces  Supplied system should have a Standardized software interfaces for efficient portability and re-use.It should support Cortex Microcontroller Software Interface Standard (CMSIS), to enable consistent & simple software interfaces to the processor for peripherals, real-time operating systems and middleware.  Provided package also should support software re-use, reduce the learning curve for new microcontroller developers and cutting the time-to-market for devices. In addition, it also should support Industry leading C/C++ compilation tools like Arm C/C++ Compilers with assembler, linker, and also highly optimized run-time libraries are tailored for optimum code size and performance. Vendor shall ensure that all Arm compilers are certified for functional safety applications and offer long-term maintenance and support.  System shall have a Software building blocks for functional safety and it should support ready-to-use software framework for embedded functional safety applications. The blocks should have a fully qualified for ISO 26262, IEC 61508, IEC 62304 and EN 50128, an optimized C library, CMSIS-Core, and the Event Recorder which helps to determine the timing behavior of the application. It should accelerate important functions for safety-related application development, such as static code analysis, MISRA checking and code coverage, which can otherwise be time consuming. c) Arm processor support:Should support following Arm processing features,  Cortex-M0/M0+/M3/M4/M7  Cortex-M23/M33 non-secure  Cortex-M23/M33 secure/non-secure  ARM7, ARM9, Cortex-R4, SecurCore® SC000, SC300  ARMv8-M architecture -3- d) Code features: It should support the following code features:  The IDE should combine project and run-time environment management, as well as build facilities with source code editing and program debugging in a single environment.  It should have a Windows®-based IDE and should bring a series of smart features to developers’ fingertips which includes the Pack Installer, which is an intelligent component manager that takes care of downloading, installing and keeping track of inter- dependencies for each component used in the code. e) Build features:System should support the following build features,  It should have built to generate optimum code size and best-in- class performance. The C/C++ compiler should include assembler, linker and highly optimized run-time libraries to ensure optimal performance.  It should support Arm Compiler 6 to qualify for functional safety applications by TÜV SÜD. f) Debug features:System should support the following debug features,  It should a Test, verify and optimize application code using the debugger in a single environment.  It should support in addition to responsive run-control debug, it should enable the use of data trace and even non-intrusive instruction trace to facilitate debug and system optimization, supporting many third-party debug adapters. g) Optimize Features: System should support following optimizing features:  Component Viewer, Event Recorder, and Event Statistics show execution status, event, timing, and power information about the application execution.  Data and Event Trace outputs details about interrupts and exceptions. It also communicates program events and enables printf- style debug messages.  Instruction Trace streams the complete program execution for recording and analysis. -4- 2) High performance data processing system (Desktop Computer) A high-performance branded desktop PC (make: Lenovo/HP) with following min. configuration shall be supplied along with the above- mentioned tool/software  Processor: Intel Core i7-6700CPu@3.40Ghz  Memory (RAM): 16 GB – DDR4  Internal Memory (ROM): 1 TB  Monitor: 18” LED monitor  Optical device: Slim DVD WR  Keyboard, Optical mouse  Operating System: Windows 10 Professional (with license)  MS Office: 2016 or later version (with License) 3) License:  Supplied tool/software shall latest version and shall be licensed in the name of ‘C-MET, Thrissur’ (User name can be Dr. N C Pramanik).  A Back-up CD of the complete software shall be provided along with the main system 4) Delivery: All above mentioneditems shall be supplied/ delivered to CRnD Division, Electronics Corporation of India Limited (ECIL), ECIL Post, Hyderabad. 5) Installation & Commissioning: The said Hardware system design tools with embedded system development unit /software packages, & interfaces with PC shall be supplied, installed and commissioned at Electronics Corporation of India Limited (ECIL), ECIL Post, Hyderabad at free of cost. 6) Warranty: Supplied tools/complete system must cover the full warranty of one year from the date of commissioning. Please be noted that Warranty date will always be effective form the date of successful commissioning of instrument.

Documents

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