Dolphin Integration is proud to announce that PixArt Imaging Inc., a leading provider of CMOS Optical Navigation and Smart Sensing solutions, has selected voltage regulator IPs from Dolphin Integration for its ultra-low power MCU Sensor in 40 nm uLP. “We selected the Retention Alternating Voltage Regulator from Dolphin Integration due to its ability to achieve …
The race toward the lowest power consumption and the longest battery life is faster than ever with regards to IoT devices, and particularly for Bluetooth Low Energy and Low Power MCU. SoC architects have defined three main challenges for these autonomous IoT applications: reducing leakage to less than 0.5 μA, as IoT devices are sleeping …
Dolphin Integration today announced the qualification of the first wave of Power Management IPs on GLOBALFOUNDRIES 22nm FD-SOI (22FDX®) process technology. This consistent offering will help in accelerating and securing the cost-effective design of energy-efficient SoCs. “The availability of these silicon-proven power management IPs on GF’s 22FDX platform paves the way for more efficient power …
Power Regulation IPs now Silicon Proven on GLOBALFOUNDRIES 22FDX® Technology Platform Read More »
Designing an energy-efficient SoC is a challenge: it requires different specific skills all along the design flow, from the architectural step up to the physical implementation, in order to save every possible µA in both active and sleep mode. Low-power design techniques have been deployed in mature processes, specifically related to the integration of the …
Dolphin Integration today announced it is collaborating with Arm to make embedded and Internet of Things (IoT) devices more efficient. By combining a set of low-power and high-efficiency voltage regulators with a range of Arm-based IoT System-on-Chip (SoC) solutions, Dolphin Integration aims to accelerate the cost-effective design of secure, smart and energy-efficient SoCs. IoT devices …
Embedded software development is one of the major focuses to work on in order to reduce Time-to-Market of microcontroller based products. To this end, the need for a complete and integrated development environment is crucial. Indeed, an industrial solution with ready-to-use and configurable MCU subsystems, together with advanced debug features, enables to facilitate and accelerate …
New release of our innovative IDE for the RISC-V ecosystem Read More »
On June 13-14th, 2018, Dolphin Integration, partner of the ENIAC’s THINGS2DO European project, showcased its achievements with PowerStudio™, its cutting-edge EDA tool for safe Power Regulation Networks implementation. The THINGS2DO Pilot Line (2014-2018) aimed at building a FD-SOI-based European ecosystem fostering innovations for a successful introduction of products onto the market. The project funded and …
Dolphin Integration announces the availability in free download of its innovative IDE SmartVision™ supporting the RISC-V Instruction Set Architecture (ISA). A suitable software development environment is fundamental for optimizing designs in terms of power consumption, area (code density) and performances. Thanks to its IDE, Dolphin integration enables early in the design flow to meet these …
Availablility in free download the innovative IDE SmartVision™, for the RISC-V ecosystem Read More »
Dolphin Integration, a major leader in energy-efficient IPs, announces the availability of its RISC-V subsystem called RV32 Tornado. This MCU subsystem has been designed to fit the IoT requirements in terms of area and low-power consumption. It is fully configurable to enable a fast design-in and fast time-to-market. The RV32 Tornado subsystem embeds: an adapted …
Availability of a new RISC-V subsystem: RV32 Tornado Read More »
Dolphin Integration, leader in innovative design solutions for the next generation of energy-efficient System-on-Chips, has announced the launch of its new Dual Port RAM compiler ”ERA” in TSMC 40 nm. This cost-effective RAM compiler creates memories maximizing battery life whilst reducing silicon area. Capable of generating instances ranging from 64 bits to 288 kbits, it …
