Hyperstone introduced its S6 MultiMediaCard^TM (MMC) and SecureDigital^TM - SD Card controller compliant to MMC4.2 and SD 2.0. Together with Hyperstone's patented wear leveling and most robust firmware, S6 offers highest reliability, endurance, and superior performance for flash solutions based on all Single Level Cell (SLC) and Multi Level Cell (MLC) Flash Memories.

Hyperstone introduces F3 family of CompactFlash™ and Solid State Disk controllers providing superior power efficiency, reliability, and fail safe features for Flash Memory applications. Targeting applications such as Solid State Disk (SSD), Disk-on-Module (DoM), CompactFlash™ (CF) cards, and embedded Flash or disks-on-board, the F3 together with firmware provides lowest power consumption, highest reliability, endurance, and rigorous fail safe features for all Single Level Cell (SLC) and Multi Level Cell (MLC) based Flash Memory solutions.

Flash memory has significantly replaced various historic storage media. As examples, some 5 years back people still used film in non-digital cameras, computers were offering floppy disk drives, mobile CD players played your favorite tunes, and mobile phones were incapable of taking pictures, browsing the web or synchronizing with a PC.

"Creating a wireless SD memory card that could work with existing cameras required us to develop hardware and software which simply didn't exist before," said Eugene Feinberg, co-founder for Eye-Fi. "Hyperstone's flash memory controller architecture is uniquely flexible and allowed us to develop the unique firmware we needed."

Surveillance cameras are nowadays widely used. With modern 32-bit RISC/DSP architectures, such digital network cameras can almost be built with only one chip. Consumer webcams are available for little cost in almost any computer shop. But most of these are simple passive cameras that just do digital image-capture and deliver these images to a PC, typically by means of a USB cable connection ...

CML Microcircuits UK Ltd (www.cmlmicro.com) a leading innovator and provider of low-power semiconductors for Global Wireless and Telecoms markets, today announced their agreement to supply Hyperstone GmbH products.
Hyperstone, the fabless semiconductor and microprocessor Design Company ...

Hyperstone GmbH, member of the CML Microsystems Plc group, has entered into an exclusive agreement with Global Digital Technologies S.A. regarding GDT's video encoder IP cores conforming to ISO/IEC 14496-10 (ITU-T H.264 or MPEG-4 Part10 /AVC) video coding standard.  As a continuance to a long standing collaboration between the companies, Hyperstone has acquired a multi-project license of GDT’s H.264 EBH silicon IP core.

Die PNO akkreditiert Firmen und Einrichtungen als Profinet Competence Center, wenn entsprechenden Wissens und ein Pool von Geräten und Software vorhanden sind. Ein solches Competence Center berät Firmen beim Einsatz von Profinet. Softing ist ein akkreditiertes Competence Center und stellt ein umfangreiches Produkt- und Dienstleistungsportfolio rund um Profinet zur Verfügung.

Zukünftige Wachstumschancen vor allem im Industriebereich. Als einziges deutsches Unternehmen konnte sich Hyperstone am Weltmarkt für Flash-Card-Controller auf Basis der 32-Bit RISCArchitektur etablieren. Nachdem bisher über 50 Mio. Controller, vor allem in Consumerelektronik-Anwendungen, geliefert wurden, setzt das Unternehmen seit geraumer Zeit verstärkt auf Applikationen im Bereich Industrie und Solid State Disk (SSD).

Kompakte Chip-Lösung für eine Vielzahl von Protokollen
Verschiedene Organisationen entwickeln Ethernet-Protokolle für prozessnahe Automatisierungstechnik. Anbieter müssen somit in Zukunft mehrere Ethernet-basierte Echtzeit-Kommunikationssystem für unterschiedliche Anwendungen unterstützen. Basierend auf der hyNet-Prozessorfamilie, entsprechenden Betriebssystemen und Protokollimplementierungen lassen sich Lösungen erstellen, die flexibel, preiswert und leistungsfähig sind.

In today’s complex designs, functional verification is exceeding 50 % of the hardware design cycle, and is widely recognized as one of the keys for short time to market. Engineers are therefore constantly looking for ways to accelerate the verification process in order to achieve high level of functional coverage in the given timeframe. This paper shows how C models can be easily integrated to HDL simulation using SystemVerilog DPI (Direct Programming Interface) and ModelSim, to provide a reliable and cost effective solution for accelerated verification.

First compact network camera with PoE option
An ultra compact network camera with a Power-over-Ethernet (PoE) Interface will be presented by Smart Network Devices (SND) at the Embedded World exhibition, Nuremberg, February 2007 in Hall 11, Stand 203. If PoE-capable hubs and switches are being used in the network infrastructure the power supply of the network camera can now be ensured over the Ethernet network cable. This means significant savings on installation cost. Alternatively, a separate power supply can be used.

Für Profinet bereits verfügbar: Intergration von Real-Time-Ethernet in Geräte und Anwendungen. Am Beispiel der Profinet IO Spezifikation wird deutlich, dass der große Funktionsumfang nur schrittweise in Geräten und Anwendungen umgesetzt werden wird. Hierzu hat neben portierbaren Stacks eine kombinierte Lösung aus Protokoll-Software und leistungsfähiger Hardware große Bedeutung.

In modernen komplexen Designs macht die funktionale Verifikation mehr als 50% des Hardware-Designzyklus aus; sie gilt als entscheidende Komponente zur Verkürzung der Entwicklungszeit. Aus diesem Grunde geht die Suche nach Möglichkeiten der Beschleunigung des Verifikations-prozesses ständig weiter - und gute Ideen entstehen meist aus der Anwendung heraus.

Hyperstone today announced, that in conjunction with Smart Network Devices, who have been working with Hyperstone since 1999, the availability of the dedicated Operating System HyNetOS v3.0 to hyNet^® customers Royalty Free. Smart Network Devices small memory footprint Realtime Operating Systems are particularly well suited for embedded devices with communication and network requirements.