Anand Murthy Email & Phone Number

Bengaluru, Ka, In

Bengaluru, Ka, In

Bengaluru, Karnataka, India

Platform software development which includes, - Programming forwarding ASICs and other devices on the forwarding subsystem of Data Center Networking products, - new hardware/Board bringup, - networking Devices SDK porting broadcom chips, framers, retimers, - software development for Device, board and system level diagnostic tests to exercise the hardware to the extreme limits, for design validation, for compliance testing, for isolating the issues in manufacturing production… Show more Platform software development which includes, - Programming forwarding ASICs and other devices on the forwarding subsystem of Data Center Networking products, - new hardware/Board bringup, - networking Devices SDK porting broadcom chips, framers, retimers, - software development for Device, board and system level diagnostic tests to exercise the hardware to the extreme limits, for design validation, for compliance testing, for isolating the issues in manufacturing production line. - Diagnostic software architecture enhancements, - Debugging system level application issues, root cause and resolution. Goal: Develop platform dependent software for the newly developed hardware subsystems in data center networking products. Develop software to completely validate the new hardware system design with an ultimate goal to produce an optimized, efficient, flawless, hardware solution for todays networking products. Show less

Bengaluru Area, India

Projects:1.Bringup and software dev for diagnostics application running on new Physical Interface cards(PIC) with 10/40/100GE ports Project Description : These pics provide optics interface to 10/40/100GE LAN/WAN/OTN ports with framers on the data path and fpga for control with pcie and i2c interface to the control system in the router. Platform : Junos. Duration : 3 monthsRole : DeveloperResponsibility: •Board bring up of the 10/40GE pic… Show more Projects:1.Bringup and software dev for diagnostics application running on new Physical Interface cards(PIC) with 10/40/100GE ports Project Description : These pics provide optics interface to 10/40/100GE LAN/WAN/OTN ports with framers on the data path and fpga for control with pcie and i2c interface to the control system in the router. Platform : Junos. Duration : 3 monthsRole : DeveloperResponsibility: •Board bring up of the 10/40GE pic board•software development for diagnostics application used for bringup of the boards, manufacturing tests and SI validations. 2.SW development for diagnostics application and bringup for a new generation multi-chassis network router. Project Description : This multi-chassis router involves multiple boards designed newly with new ASICs on it. Platform : Junos. Duration : 18 monthsRole : DeveloperResponsibility: •Board bring up of all the new boards•Diagnostics sw development for bringup of the boards, manufacturing tests and SI validations. 3.Driver and diagnostics software development for a physical interface card(PIC) of a network router. Project Description : The Physical interface card(PIC) is a board that provides data path interface ports to the network router. The driver communicates and interfaces with the chassis manager and provides the control and data path interface to the physical ports on the board, initializes the devices on the data path. Platform : Junos. Duration : 12 monthsRole : DeveloperResponsibility: •Board bring up of PIC boards with 10GE and 100GE data ports•Diagnostics software development for the PICs with 10GE, 100GE ports involving validation of data path links, control interfaces consisting of PCIe, MDIO, I2C access to various devices •Driver development for a Test PIC used to test PIC interfaces involving both data and control path testing. Show less

Bengaluru Area, India

1.Bootloader development for ARM core based Next generation Terminal, workspace management product hardware. •U-boot customization for TI’s omap3503 chip containing ARM cortex A2 core which involved POP DDR memory initialization, NOR flash driver integration, LAN chip driver modifications. •Board bring up•Support for the development of Diagnostics2.Gigbit Ethernet switch, platform software development. •Boot code and BSP changes for migration from MPC852 to MPC875… Show more 1.Bootloader development for ARM core based Next generation Terminal, workspace management product hardware. •U-boot customization for TI’s omap3503 chip containing ARM cortex A2 core which involved POP DDR memory initialization, NOR flash driver integration, LAN chip driver modifications. •Board bring up•Support for the development of Diagnostics2.Gigbit Ethernet switch, platform software development. •Boot code and BSP changes for migration from MPC852 to MPC875 processor, BSP changes to peripherals like SDRAM, CPLD, FPGA, Power Sequencer•Porting of PSOS Kernel and Middleware Layers for the MPC875. •Diagnostics Test cases includes test cases for on-board peripherals like SDRAM, BOOT FLASH, Application FLASH, Power sequencer, EEPROM, FPGA programming, CPLD, LED, Watchdog, FPGA tests, Shared RAM, FE PHY, GE PHY, Temperature Sensor3.Porting of MPC8572 in MERS.a)Boot code for the MPC8572 processor•Development of Assembly code for the MPC8572 init•MPC8572 DDR2 controller init•Testing and validation of the code.•Used Codewarrior IDE and USB TAP emulator for development and debugging. Extensively used Codewarrior IDE to developed Diagnostics tests and Configuration files for USB Tap Emulator. These tests were used to validate the processor initialization, and operation of various peripherals on board. E.g RAM tests provided by CW were used, new tests for FLASH, I2C, USB were written using the CW IDE and the platform libraries available for MPC8572 in CW b)Boot Monitor review and testing •Customization of the driver codes for Ethernet controller, PCI, UART, I2C, , Spansion NOR Flash, proprietary ASICs on-board•Testing and validation of all the interfaces 4. DSLAMs System testing, Line cards Board Design and Proto testing •Board Design with Timing Analysis, SI validation of Line cards for the DSLAM system •Proto board bring-up and Board interfaces testing and Validation, functional testing•EMI/EMC, Environmental Qualification testing. Show less

Bengaluru Area, India

1. Intel 9th generation Xeon processor based Server’s continued Support and development a)Engineering Support for the Server design issues•Resolution of issues related to CPU Ierr, Memory Failures and Peripheral access issues•Understanding of Intel processor front side bus protocol, PCI protocol and analysis of the PCI traces captured from PCI analyzer b)New Component Qualifications• New stepping of Intel processors•Memory chips/modules• Electronic components like… Show more 1. Intel 9th generation Xeon processor based Server’s continued Support and development a)Engineering Support for the Server design issues•Resolution of issues related to CPU Ierr, Memory Failures and Peripheral access issues•Understanding of Intel processor front side bus protocol, PCI protocol and analysis of the PCI traces captured from PCI analyzer b)New Component Qualifications• New stepping of Intel processors•Memory chips/modules• Electronic components like Transistor/Mosfet , Fan controller/Temperature controller chip Show less

Bengaluru Area, India

Joined as fresher. Worked on design of ADD/DROP Multiplexers of the SONET/STM optical networks Involved in Board design, FPGA design, board bringup, boot code and diagnostics software.1. Design of Subsystems for SDH multiplexers – STM1 and STM4 ADD/DROP Multiplexers.Project Description: This project involved board design and testing of control card, optical interface card, Line card, Diagnostics development, Bootcode development for the STM systems. a)Board Design… Show more Joined as fresher. Worked on design of ADD/DROP Multiplexers of the SONET/STM optical networks Involved in Board design, FPGA design, board bringup, boot code and diagnostics software.1. Design of Subsystems for SDH multiplexers – STM1 and STM4 ADD/DROP Multiplexers.Project Description: This project involved board design and testing of control card, optical interface card, Line card, Diagnostics development, Bootcode development for the STM systems. a)Board Design The work involved •Schematics Design of Optical interface card for the STM4 ADM•Schematics Design of Aggregate/control card for STM4 ADM•Board Design and testing of the E1/E3/DS3 line card for STM1 ADM•CPLD/FPGA glue logic development in the Controller card for Address Decoding, I2C Protocol interface logic, Protection switching between redundant control cards. b)Diagnostics/Firmware development The work involved •Development of Self Diagnostics tool for the control card with MPC850 processor which tested the board hardware for connectivity/component issues. •Boot code development for the MPC850 processor initialization with SDRAM initialization and interfacing to the Processor User programmable machine in Assembly code. Role: Board/firmware Design EngineerDuration: 19 months Show less

B.E, E & C

Bachelor Of Engineering (B.E.), Electronics And Communications Engg

Education record