On March 21-23 2017, Rambus hosted the first Mobey Forum member meeting of the year in Rotterdam. Over 150 industry experts discussed the meeting’s topic ‘From Payments to a Buying Experience’ including subtopics such as disruption of wallets, IoT, blockchain, biometrics, AI.Host Card Emulation (HCE) technology is making it easier for banks to offer mobile (NFC) payments to their customers. Learn more in this video.
Mobey Forum Member Meeting at Rambus
Rambus Unified Payment Platform Demo
Controllers Newsletter – Q1 2017
Mixel and Northwest Logic Celebrate 28th MIPI Design Win
Northwest Logic and Mixel have been collaborating to provide complete MIPI Controller and PHY solutions for almost 8 years. Recently, the companies were awarded their 28th mutual design win. “Mixel is a market leader in MIPI D/C-PHYs with the broadest process support”, stated Ashraf Takla, president of Mixel. “Northwest Logic’s controllers are the perfect complement to Mixel’s PHY with complete CSI-2, DSI and DSI-2 Controller (Tx & Rx) support for both ASICs and FPGA prototyping”, added Brian Daellenbach, president of Northwest Logic. The Mixel/Northwest Logic partnership provides customers with best-in-class MIPI solutions from a feature, performance and flexibility perspective. Please contact Northwest Logic or Mixel for more information. See their 2016 MIPI DEVCON Presentation for more information on the impact of higher data rates on MIPI designs.
Toshiba Medical Has Utilized Northwest Logic’s IP Cores For More Than 10 Years
Toshiba Medical Research Institute USA, Inc. (TMRU), one of Toshiba Medical’s four global R&D companies, is responsible for many of the ideas behind the company’s advancements in medical imaging technology. “At Toshiba Medical, we have been working with the Northwest Logic team for over 10 years using multiple IP cores across many FPGA families. We have consistently found NWL IP to be of the highest quality and performance and their customer support to be outstanding. Northwest Logic has been a partner in helping us to develop and deliver numerous world-class medical imaging products to our customers.” said Chris Allen, Manager FPGA/ASIC, Toshiba Medical Research Institute USA, Inc. Click here for more info on Northwest Logic’s PCIe and Memory solutions.
Northwest Logic Support for Toshiba ASIC & FFSA™
Toshiba’s FFSA™ is an innovative SoC development platform that provides metal configurable standard cell logic gates, SRAM, high-speed SerDes and flexible I/O capable of meeting the diverse needs of customers. Northwest Logic offers high-performance, silicon-proven PCI Express Solution (PCI Express 4.0, 3.0, 2.1 and 1.1 cores and drivers) and Memory Interface Solution (DDR4/3/2, LPDDR 3/2 SDRAM) for use on Toshiba ASIC & FFSATM platforms. “These solutions are delivered fully integrated and verified with the built-in Toshiba ASIC & FFSATM PHYs to provide our customers with complete, pre-packaged IP subsystems. This allows customers to create sophisticated application designs with an accelerated schedule,” said Doug Day, Engineering Fellow System LSI Group, Toshiba America Electronic Components, Inc. For more information on Northwest Logic’s Solutions, please visit. For more information on Toshiba ASIC & FFSATM please visit.
Northwest Logic’s MIPI Controllers Now Support Xilinx Ultrascale+ Devices
Northwest Logic now offers its MIPI CSI-2 and DSI/DSI-2 controller cores with support for the Xilinx Kintex, Virtex and Zynq Ultrascale+ devices. This includes support for the Xilinx’s native D-PHY as well as the Meticom FPGA Bridge chip based D-PHY at rates up to 1500 Gbit/s/lane. “Northwest Logic is an Ultrafast Certified Member of Xilinx Alliance Program. We look forward to enabling Xilinx Ultrascale+ customers with our high quality and easy to use MIPI Controller Cores.” said Joe Rodriguez, MIPI Marketing Engineer at Northwest Logic. “We are pleased to see Northwest Logic’s continued involvement in the Xilinx Alliance Program” said Girish Malipeddi, Product Manager, Video Solutions. For more information about Northwest Logic’s MIPI Controllers, please visit our product page.
Northwest Logic’s PCI Express Solution Supports Intel Programmable Solutions Group (PSG) Stratix-10 Devices
Northwest Logic has started making customer deliveries of its PCI Express® 3.0 compliant solution for the Intel Stratix 10 FPGA device family. Northwest Logic’s PCI Express solution consists of the Expresso Controller Core, DMA Cores and Drivers. These cores provide very high-throughput, including support for Intel FPGA’s Avalon streaming interface. “Our close collaboration with Intel Programmable Solutions Group (PSG) has enabled us to provide early support for the Stratix 10 devices” said Vinitha Seevaratnam, PCI Express Marketing Engineer at Northwest Logic. For more information on Northwest Logic’s PCI Express solution, please visit. “We are pleased to have Northwest Logic, a Platinum member of Intel PSG’s Design Solutions Network, expanding the portfolio of available IP for the Intel 14nm Stratix 10 devices.” said Sheri Andrew, Senior Manager IP Marketing. For more information on Intel’s Stratix 10, please visit.
Northwest Logic’s “Integrating and Testing HBM2 Controller + PHY Solutions” DesignCon 2017 Presentation Now Available
Northwest Logic made a presentation at DesignCon 2017 describing how Northwest Logic fully integrates and verifies its HBM2 Controller Core with a customer-selected HBM2 PHYs such as the Rambus HBM2 PHY. This presentation also describes how the Northwest Logic IP enables a HBM2 memory system including the HBM2 ASIC + Interposer + HBM2 memory device to be fully tested in hardware. The key benefits of the Northwest Logic HBM2 Controller + Rambus HBM2 PHY solution are also summarized. Please contact Northwest Logic or Rambus for more information.
Northwest Logic Offers Avery Design’s HBM2 Models With Its HBM2 Controller Core
Northwest Logic now offers Avery Design’s high-quality HBM2 memory model with its market-leading HBM2 Controller Core. The HBM2 model provides comprehensive HBM2 protocol and timing checking and sophisticated performance monitoring and debug features. The HBM2 models are part of Avery Design’s full family of memory models including DDR4/3/2, LPDDR4/3, LR/R/NV-DIMM support. “Northwest Logic uses Avery Design’s memory models internally as important complement to the memory vendor models. Because of our positive experience with Avery Design’s memory models, Northwest Logic now offers their HBM2 model optionally bundled with our HBM2 Controller Core,” stated Brian Daellenbach, president of Northwest Logic. Please contact Northwest Logic or Avery Design for more information.
Lothian Buses Selects Nevis Technologies as its Smart Ticketing Partner
New system will offer ITSO-based interoperability roadmap
Glasgow, UK – March 16, 2017 – Nevis Technologies today announced that it will deliver its smart ticketing solutions to Lothian Buses, the UK’s largest publicly owned bus company. Nevis Technologies, the joint venture company between Rambus, a leader in smart technology for transportation, and Strathclyde Partnership for Transport (SPT), Scotland’s largest regional transport partnership, serves as a delivery agent for smart integrated ticketing in Scotland. Lothian Buses will utilize the same solution used successfully by the Glasgow Subway, Abellio ScotRail and McGill’s, which is based on ITSO, the UK national open standard for smart ticketing.
Nevis Technologies will deliver a platform of interoperable ticketing products that can be integrated with Lothian Buses’ existing infrastructure to provide a foundation that enables new ticketing technologies for its passengers. This allows Lothian Buses to offer smart card ticketing which could also be used across other modes of transport, including rail, subway and ferry.
“Lothian Buses has long been a pioneer of smart ticketing, launching Scotland’s first transport smart card product back in 2001,” said Nigel Serafini, Commercial Director at Lothian Buses. “Our partnership with Nevis Technologies will enable us to develop a ticketing platform that will ultimately deliver more convenient ticketing options for our customers moving forward. They have successfully delivered for rail, ferry and bus operators in Scotland and, as a key technical innovator in the smart ticketing market, are well placed to support our technical roadmap requirements both now and in the future.”
“The implementation of interoperable ticketing offers a truly seamless multi-model travel experience for the public, and the adoption of our solutions by Lothian Buses takes us a step closer to making this possible across Scotland,” said David Braddock, Director of Nevis Technologies. “Our mission is to deliver more value-added services to the transport ecosystem and all its users.”
Deployment of the new system is expected to begin this year.
About Nevis Technologies
Nevis Technologies is a joint venture company formed between Rambus and Strathclyde Partnership for Transport (SPT). The company was formed to deliver secure, integrated smart ticketing to Scotland, bringing together a depth of expertise from both the transport and smart technology industries. www.nevistechnologies.co.uk.
About Lothian Buses
Lothian Buses is the largest bus operator in Edinburgh; the only municipal bus company in Scotland and the biggest municipal company in the UK.
Lothian Buses has been awarded:
- Scottish Transport Operator of the Year and Best Bus Service for Lothian Country Buses Service 113 at the Scottish Transport Awards 2016.
- Transport Award at the VIBES Awards 2016.
- Creative Marketing Award at the Edinburgh Chamber of Commerce Business Awards 2017.
Lothian Buses is currently recognised as Police Scotland ‘Policing Partner of the Year’. The company employs over 2000 staff, operates over 700 buses across Edinburgh and the Lothian’s and carries over 121m passengers per year. Lothian Buses has one of the youngest and cleanest fleet of buses in the country and since 2011 has invested in 85 state-of-the-art hybrid buses and 91 Euro 6 buses.
Rambus Appoints Two New Fellows
Drs. Helena Handschuh and Thomas Vogelsang, authorities in security and memory, join the company’s prestigious Fellow program
SUNNYVALE, Calif. – March 14, 2017 – Rambus Inc. (NASDAQ:RMBS) today announced it has appointed Drs. Helena Handschuh, a renowned cryptographer, and Thomas Vogelsang, a world recognized DRAM expert, to one of the company’s highest technical positions, Rambus Fellow.
Dr. Handschuh is a well-recognized expert in the security community for her contribution to cryptography, cryptanalysis and hardware security. She was a member of ETSI-SAGE Security Algorithms Group of Experts for more than 10 years where she provided expertise on side-channel analysis and also co-designed GSM, 3G and LTE cryptographic algorithms including MILENAGE, SNOW 3G and other algorithms deployed in over six billion SIM cards and mobile handsets today. Dr. Handschuh served as the Program Co-chair of CHES 2015 and recently served as the Program Chair of CT-RSA 2017, the cryptographer’s track at the RSA Conference. She has also held several appointed and elected offices at the International Association for Cryptographic Research (IACR).
Dr. Handschuh has been appointed to lead the Security Architecture and Advanced Technology team at Rambus, responsible for defining security architecture for existing and next-generation security technologies. She currently chairs the Security Working Group of the Secure Content Storage Association (SCSA) with over 250 members, has published over 40 peer-reviewed papers, and holds 10 patents. She received her Ph.D in Cryptography from Telecom ParisTech.
Dr. Vogelsang is a world-recognized DRAM expert and during the course of his career has made significant contributions to a wide range of technologies, specifically DRAM architecture and core design. He is a senior member of IEEE, has been a lecturer on DRAM at Stanford University, and served as part of the technical program committee for Digital Photography and Mobile Imaging.
As a technical director at Rambus, Dr. Vogelsang has been responsible for several projects and recognized for his work with low-power DRAM energy consumption based on a revolutionary power model he pioneered. This work was published in Micro 2010, a premier technical publication, and has been well accepted with the most citations of any paper published at Rambus. Dr. Vogelsang has also contributed to several new exploratory technologies for Rambus including advanced computational sensing and imaging technologiesVogelsang holds 55 patents and has authored or co-authored 21 papers at numerous prestigious technical conferences around the globe. He holds a Ph.D in Physics from Technical University Munich.
“Both Helena and Thomas have been instrumental in developing some of our most complex technologies for the company,” said Dr. Gary Bronner, vice president of Rambus Labs. “The Rambus Fellow program recognizes exceptional technical leadership and contribution to the company and community, which both Helena and Thomas have demonstrated. We’d like to congratulate them on this prestigious appointment and look forward to their future contributions and technical leadership.”
The Rambus Fellow program was developed in 2006 to recognize those individuals who provide the highest levels of technical leadership and strategic guidance for the company. There are currently five Rambus Fellows that develop and further the technical leadership for the company.

