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Mac mini might skip Apple M3 processor in favor of M4

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Mac mini might skip Apple M3 processor in favor of M4
With no M3 version on the way, iMac mini M2 will stay around until the M4 chip arrives.
Photo: D. Griffin Jones/Cult of Mac

There will never be a version of the Mac mini with the Apple M3 processor, according to a reliable tipster. Instead, the inexpensive desktop will wait for the next-generation chip.

That’s the bad news. The good news is that the wait supposedly won’t be terribly long.

Mac mini could pass over M3 in favor of M4

The Apple M3 launched in autumn 2023 in MacBook Pro and iMac, and came to MacBook Air early this year. It’s still rolling out, with a new, more powerful iteration of the chip supposedly headed for the Mac Studio desktop in mid-year.

But the replacement M4 is already on the horizon. And the next Mac mini will be on hold until that chip arrives, reports Bloomberg reporter Mark Gurman in the paywalled section of the new edition of his Power On newsletter.

The M4 iMac mini will arrive at the end of 2024 or early 2025, and there simply isn’t time to squeeze an M3 version in before that launch, according to Gurman. Which means the M2 version will stay on shelves for longer.

When the next-generation Mac mini arrives, it’ll supposedly be available in both M4 and M4 Pro variants.

More about the M2 Mac mini

This compact desktop is the least expensive Mac — the base model is only $599 — and it’s aimed at budget-conscious consumers. It’s really not surprising that it’s not always kept updated with the latest-and-greatest processor.

That said, the M2 Mac mini is hardly underpowered. With an 8-core CPU and a 10-core GPU, the machine can easily handle a typical consumer’s browsing and light photo/video editing needs.

Those who need a significant step up in performance can get the version with the M2 Pro chip. This model ships with a 10-core CPU, a 16-core GPU, and 16GB of unified system memory. This variant also packs four Thunderbolt 4 ports alongside two USB-A ports so users can hook up as many high-bandwidth accessories as needed, including more than two monitors.



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Samsung Galaxy S25 processor, RAM could be faster than iPhone 16 Pro

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For the first time in years, Samsung’s flagship smartphone could be faster than the competing iPhone. If some reports are to be believed, the Galaxy S25, expected to be released early next year, could have a faster processor and RAM than the iPhone 16 Pro.

Snapdragon 8 Gen 4 and LPDDR6 DRAM could make Galaxy S25 perform faster than iPhone 16 Pro

According to a report from AjuNews, Samsung Electronics and SK Hynix are speeding up the mass production of LPDDR6 DRAM to get a lead in the AI-driven industry. This next-generation RAM offers greatly increased data bandwidth, necessary for faster processing of AI tasks on the device. Joint Electron Device Engineering Council (JEDEC), which is the international semiconductor standards organization, is expected to formally announce the specs of LPDDR6 DRAM in the second half of this year (possibly in September 2024).

Samsung and SK Hynix could unveil their LPDDR6 DRAM chips simultaneously.

Samsung LPDDR5X RAM 8.5Gbps

LPDDR5 was announced in February 2019, and LPDDR6 is expected to launch five years later. While there is no information about LPDDR6’s speeds, LPDDR5 has a bandwidth of 6.4Gbps, while LPDDR5X has a data bandwidth of 8.5Gbps. Samsung and SK Hynix are said to be focused on increasing efficiency and lowering the production cost of LPDDR6 DRAM rather than increasing its performance.

LPDDR6 memory could be used in phones featuring the Snapdragon 8 Gen 4 chipset. This is the same chipset that will likely power the Galaxy S25, Galaxy S25+, and Galaxy S25 Ultra in at least some markets. Similar to the Galaxy S24 Ultra, even the Galaxy S25 Ultra could exclusively use the Snapdragon 8 Gen 4 in all the countries worldwide.

The Snapdragon 8 Gen 4 features Qualcomm’s custom Oryon CPU cores developed by Nuvia. These CPU cores have already been used in the Snapdragon X Elite processor, which will be used in several Windows-based laptops in the second half of this year. These CPU cores are said to perform faster than the CPU cores inside Apple’s upcoming chip, the A18 Pro.

Qualcomm has been using beefier GPUs than Apple over the past couple of years. So, the Galaxy S25 series with the Snapdragon 8 Gen 4 could have a faster CPU, GPU, and DRAM than the competing iPhone 16 Pro series.

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Samsung Galaxy A55 launches with Exynos 1480 processor, metal design

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Alongside the Galaxy A35, Samsung unveiled the Galaxy A55, its new mid-range phone. It is the company’s most premium-looking and feeling mid-range phone yet.

The Galaxy A55 features a metal frame, a powerful new processor, and some camera features usually found on premium Galaxy S series phones.

Galaxy A55 has a metal frame, Exynos 1480 chip with AMD GPU

Samsung Galaxy A55 Awesome Lilac Front

Samsung has used a metal-and-glass body for the Galaxy A55. It is the first Galaxy A series phone to feature a metal frame, and its front and rear are covered by glass. As usual, this new mid-range Galaxy A phone features an IP67 dust and water resistance rating.

It has a 6.6-inch Full HD+ Super AMOLED screen with a 120Hz refresh rate, Vision Booster, and Gorilla Glass Victus. Its peak screen brightness can reach up to 1,000 nits under direct sunlight and even higher in HDR scenes. It has stereo speakers for a more immersive media consumption experience. The phone has an under-display optical fingerprint reader.

Samsung Galaxy A55 Awesome Navy Back

The 4nm Exynos 1480 processor powers the Galaxy A55. It has four high-performance Cortex-A78 CPU cores clocked at 2.75GHz, four power-efficient Cortex-A55 CPU cores clocked at 2GHz, and the Xclipse 530 GPU based on AMD’s RDNA 2 architecture. It is said to have a 15% faster CPU and a 32% faster GPU, so playing high-end games shouldn’t be an issue.

The phone has 8GB/12GB RAM and 128GB/256GB internal storage. It is the first Galaxy A series phone with up to 12GB RAM. A microSD card slot allows for further storage expansion.

Samsung is shipping the Galaxy A55 with Android 14-based One UI 6.1 pre-installed. The mid-range phone, like others from Samsung, will get four major Android OS updates and security updates for five years. It features Auto Blocker, Samsung Knox, and Samsung Knox Vault.

Galaxy A55 has Nightography camera with Super HDR videos

The Galaxy A55 has improved overall cameras. It has three cameras on the rear: a 50MP primary camera with OIS and autofocus, a 12MP ultrawide camera, and a 5MP macro camera. On the front, it has a 32MP selfie camera. The 50MP and 13MP cameras can record 4K 30fps videos with VDIS (EIS for video stabilization).

The advanced AI ISP inside the Exynos 1480 brings improved low-light images on a Galaxy A series phone for the first time. Thanks to Nightography, the Galaxy A55 also has Night Portrait mode. It is also the first Galaxy A phone with 12-bit Super HDR Video for a wider dynamic range and deeper colors.

The phone is powered by a 5,000mAh battery and supports 25W fast charging. Its connectivity features include GPS, 5G, a dual-SIM card slot, eSIM, Wi-Fi 6, Bluetooth 5.3, NFC, and a USB Type-C port. The phone will be available in four colors: Ice Blue, Green, Lilac, and Navy.

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SX904 SmartNIC with embedded Xeon D Processor

SX904 SmartNIC with embedded Xeon D Processor

In the fast-paced world of technology, Senao Networks has made a significant stride with the introduction of their new SX904 SmartNIC. This cutting-edge network interface card is designed to meet the growing demands of server architectures and edge computing. It’s a piece of technology that’s set to make a big impact on how data is processed and secured across networks.

A SmartNIC, or Smart Network Interface Card, is an advanced version of a conventional network interface card (NIC) that incorporates additional processing power and intelligence. Unlike traditional NICs, which primarily facilitate communication between a computer and a network, SmartNICs offload processing tasks from the central processing unit (CPU) of the host computer. This offloading is pivotal for enhancing the performance and efficiency of data center operations, particularly in areas like networking, storage, and security functions.

SmartNICs are equipped with programmable processors, such as FPGAs (Field-Programmable Gate Arrays) or ASICs (Application-Specific Integrated Circuits), and software that allow them to execute a variety of tasks traditionally handled by the server CPU. These tasks can include network packet processing, encryption and decryption, flow control, and even direct memory access (DMA) operations. By offloading these functions, SmartNICs can significantly reduce CPU workload, leading to lower server latency and improved overall system performance.

SX904 SmartNIC

At the heart of the SX904 SmartNIC lies a powerful Intel Xeon D processor. This processor is known for its ability to handle complex tasks with ease, making it a perfect fit for the SmartNIC. It’s a match that promises to deliver not only on performance but also on energy efficiency, which is a critical consideration in today’s eco-conscious world.

One of the key features of the SX904 SmartNIC is its use of PCIe Gen 4 technology. This technology is a step up from previous generations, offering faster data transfer speeds that are essential for high-performance computing. It’s a feature that positions the SX904 as a leading player in the realm of network computing.

For those interested in seeing the SX904 SmartNIC in action, there’s an opportunity at the upcoming MWC event in Barcelona. Senao Networks will be showcasing their latest innovation at the Intel booth, providing a live demonstration of the SmartNIC’s capabilities. It’s an event that’s sure to draw attention from industry professionals and tech enthusiasts alike.

The SX904 SmartNIC comes packed with advanced features. It supports dual 25 Gbps SFP28 and DDR4 ECC memory, which are crucial for high data transfer rates and bandwidth optimization. These features are becoming increasingly important as the volume of data in network environments continues to grow.

Xeon D Processor

Connectivity is another area where the SX904 SmartNIC shines, thanks to the inclusion of the Intel Ethernet Controller E810. This controller supports sophisticated networking functions, ensuring that the SmartNIC can handle the most demanding network tasks. Security is also a major focus, with features like Intel Platform Firmware Resilience, BMC, and TPM 2.0 providing a strong defense against cyber threats.

The collaboration between Senao Networks and Intel is a testament to Senao’s dedication to pushing the boundaries of networking technology. By leveraging Intel’s advanced technologies, Senao Networks is addressing the ever-changing needs of network computing.

The SX904 SmartNIC by Senao Networks represents a significant step forward in networking technology. With its blend of top-of-the-line features and Intel’s robust design, it’s set to improve server performance, security, and efficiency. The upcoming demonstration at the MWC event will showcase the full potential of this innovative device, and it’s an unveiling that’s not to be missed.

Filed Under: Hardware, Top News





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Intel Xeon Sierra Forest 288 E-core processor MWC 2024

Intel Xeon Sierra Forest 288 E-core processor showcased at MWC 2024

Intel Corporation has recently unveiled its latest innovation in the realm of 5G technology with the introduction of the new Intel Xeon processors, dubbed Sierra Forest. These processors are equipped with up to 288 Efficient-cores (E-cores) and are poised to become the backbone of the majority of 5G core networks. The launch marks a pivotal moment for the tech giant, as it promises a significant boost in performance, offering a 2.7 times increase per rack compared to previous models. This leap forward is not just about raw speed; it’s also about doing more with less energy, which is vital for the ever-expanding 5G networks that are becoming the lifeline of our connected world.

In a move that underscores its commitment to sustainability, Intel has also rolled out the Intel Infrastructure Power Manager (IPM) software. This new commercial tool is designed to work hand in hand with the Sierra Forest processors to optimize energy usage. The IPM software intelligently adjusts CPU power consumption, ensuring that performance remains high while energy use is kept in check. This reflects a growing trend in the industry where energy efficiency is not just a nice-to-have, but a critical requirement for modern network infrastructure.

Intel Xeon Sierra Forest 288 E-core processor

The growth of 5G networks is relentless, and with it comes the need for infrastructure that is both powerful and economical. Intel’s latest offerings are strategically crafted to meet these demands head-on. The company has not worked in isolation; it has sought and secured the collaboration of key players in the telecommunications field.

Network operators and software vendors have been involved in the development process to ensure that the new processors and the IPM software can be seamlessly integrated into existing 5G networks. This collaborative approach has brought on board partners such as BT Group, Dell Technologies, Ericsson, HPE, KDDI, SK Telecom, and Telstra, all of whom are working with Intel to push the boundaries of what’s possible in terms of energy efficiency and network performance.

The true potential of the Sierra Forest processors and the IPM software will be showcased at the upcoming MWC 2024. This event will provide a platform for industry experts to witness firsthand the advancements Intel has made. It’s an opportunity for professionals to see how these innovations can be applied in real-world scenarios to enhance the capabilities of 5G networks.

Intel’s latest move with the Xeon Sierra Forest processors and the accompanying IPM software is a significant stride in the ongoing development of 5G technology. By focusing on energy efficiency and aiming to reduce the total cost of ownership, Intel is addressing the core needs of network operators.

This approach is setting the stage for a telecommunications landscape that is not only more powerful but also more sustainable and cost-effective. As 5G networks continue to evolve and become more integral to our daily lives, the importance of such advancements cannot be overstated. Intel is positioning itself at the forefront of this transformation, ensuring that the infrastructure powering our connected future is ready to meet the challenges ahead. Learn more about the new announcements made at MWC 2024 by Intel.

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Rigetti Novera QPU Quantum computer CPU processor launches

Rigetti Novera QPU Quantum CPU launches

In the rapidly evolving world of quantum computing, Rigetti Computing, Inc. has taken a bold step forward with the introduction of their latest innovation, the Novera Quantum Processing Unit (QPU). This new 9-qubit processor is a testament to Rigetti’s commitment to pushing the boundaries of what’s possible in quantum technology. The Novera QPU emerges from the Ankaa-class architecture and is a product of the company’s own Fab-1 facility, highlighting their ability to not only design but also manufacture cutting-edge quantum devices.

The Novera QPU is tailored for researchers and professionals who are at the forefront of quantum computing exploration. With a price tag of $900,000, it offers these experts on-premise access to some of the most advanced quantum technology available today. This access allows users to delve into quantum computation right within their own institutions, opening up new possibilities for discovery and innovation.

At the heart of the Novera QPU is a 9-qubit chip arranged in a 3×3 grid. This chip features tunable transmons, which are a type of superconducting qubit known for their stability and coherence. Additionally, the Novera comes with a simpler 5-qubit chip designed specifically for honing single-qubit operations. The processor is complemented by a full suite of components including a puck, tower, shields, payload brackets, and signal conditioning devices, all of which work together to ensure the processor operates at its best.

QPU Quantum processor

If you would like to learn more about how quantum computing works check out our previous article.

Here are some other articles and news you may find of interest on the subject of quantum computing :

But the Novera QPU quantum computer processor is more than a collection of hardware. It represents a gateway to the world of universal, gate-based quantum computing. The processor is engineered to assist in the creation and testing of hybrid quantum algorithms. It also supports critical research in areas such as error mitigation and quantum error correction, which are essential for the development of reliable quantum computing systems.

The Novera QPU is particularly beneficial for organizations that are working on developing components for the quantum computing stack. Its design ensures that it is compatible with standard commercial dilution refrigerators and control systems, which means it can be easily integrated into existing quantum computing setups without the need for extensive modifications.

With the launch of the Novera QPU, Rigetti Computing is reinforcing its role as a leader in the quantum computing industry. By providing a powerful and versatile processor, Rigetti is enabling the scientific community to take significant strides in quantum research and the development of practical applications. The Novera QPU is a step toward a future where quantum computing is more accessible and has the potential to unlock new capabilities across various fields of study and industry.

Quantum computing is a field that promises to transform the way we solve complex problems, from drug discovery to cryptography. The Novera QPU’s introduction is a clear signal that Rigetti Computing is not only participating in this transformation but is also actively facilitating it. As the quantum landscape continues to expand, tools like the Novera QPU will be at the forefront, helping to translate theoretical quantum advancements into tangible benefits for society. Rigetti’s latest offering is a significant contribution to the quantum community and a clear indication of the company’s dedication to advancing this exciting field.

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Intel Core Ultra processor performance tested

Intel Core Ultra processor performance

Intel has unveiled its latest innovation this month in the form of it’s Core Ultra chips. These processors are a testament to Intel’s commitment to pushing the boundaries of what’s possible in computing. As well as offering competition to Apple’s Silicon chips which are now in their third generation. Intel’s latest Core processors offer an impressive blend of power efficiency and performance, setting a new benchmark for the semiconductor market.

With the use of a 4nm fabrication process, these chips boast a sophisticated architecture that includes an integrated neural processing unit (NPU) for enhanced AI capabilities. This advancement is set to improve not only the processing power but also the energy efficiency and battery life of devices, solidifying Intel’s position as a leader in the field.

The Core Ultra chips are designed with a focus on energy efficiency. Intel’s latest processors are fine-tuned to deliver top-notch performance while keeping power consumption to a minimum. The 4nm process is key to this achievement, allowing for a more compact transistor layout that minimizes power leakage and increases chip efficiency.

Intel Core Ultra processors

One of the most notable aspects of the Core Ultra chips is their cutting-edge architecture, which includes the integration of an NPU. This specialized hardware is designed for AI computations, enabling faster and more secure processing of AI tasks. Intel’s emphasis on AI capabilities reflects their dedication to advancing computing technology.

Here are some other articles you may find of interest on the subject of Intel Core systems :

When it comes to performance, the Core Ultra chips are in a league of their own. Users will experience a significant boost in both CPU and GPU performance, with Intel’s Arc graphics providing substantial improvements in gaming and other graphics-heavy applications. The result is a more fluid and engaging user experience.

Battery life is another area where the Core Ultra chips shine. Devices powered by these processors will enjoy longer battery life, even when running intensive tasks. This is a significant benefit for users who rely on their devices to perform consistently throughout the day without needing to recharge frequently.

Intel understands the importance of a strong developer community in unlocking the full potential of the Core Ultra chips, particularly in harnessing the NPU’s AI processing capabilities. Intel’s dedication to fostering a supportive ecosystem for developers is crucial for the development of innovative applications and use cases that take full advantage of the strengths of these chips.

Intel’s Core Ultra chips are poised to revive Intel’s chip range with their power efficiency and performance. The fusion of the advanced 4nm process, innovative architecture with an NPU, and enhancements in CPU and GPU performance mark these chips as a significant advancement. While there is room for further progress, Intel’s latest chips are a clear sign of their readiness to lead in the competitive tech industry.

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New MediaTek Dimensity 8300 mobile processor unveiled

MediaTek Dimensity 8300

MediaTek has launched its latest mobile processor, the new MediaTek Dimensity 8300 which gets a range of upgrades over the previous generation processor. The new processor comes with a 20% faster CPU and it offers 30% peak gains in power efficiency.

According to the press release, the new Dimensity 8300 offers 60% greater performance and it come with 55% better power efficiency, plus it has a range of generative AI capabilities and low-power and adaptive gaming technology.

“With MediaTek’s optimized Dimensity 8000 series, consumers don’t have to pick and choose between accessibility and premier experiences like flagship-grade memory or accelerated AI capabilities—they can have it all,” said Dr. Yenchi Lee, Deputy General Manager of MediaTek’s Wireless Communications Business Unit. “The Dimensity 8300 unlocks new possibilities for the premium smartphone segment, offering users in-hand AI, hyper-realistic entertainment opportunities, and seamless connectivity without sacrificing efficiency.” 

The MediaTek Dimensity 8300 is the first premium-tier SoC to come with full generative AI support, thanks to the APU 780 AI processor integrated into the chipset. This enables the Dimensity 8300 to provide support to developers to build innovative applications that leverage large language models (LLMs) up to 10B, as well as stable diffusion. The APU 780 features the same architecture as the flagship Dimensity 9300 SoC, resulting in 2x improvement in INT and FP16 computation and a 3.3x boost in AI performance over the Dimensity 8200.These AI capabilities, combined with MediaTek’s 14-bit HDR-ISP Imagiq 980, will take premium smartphone photography and video capturing to new heights. Users will be able to capture sharper, clearer videos at 4K60 HDR, and record for longer thanks to the Dimensity 8300’s extremely power efficient design.

You can find out more information about the new MediaTek Dimensity 8300 mobile processor over at the MediaTek website at the link below, we are looking forward to finding out more details about new smartphones with this processor.

Source MediaTek

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Ventana Veyron V2 redefines data center efficiency with cutting-edge RISC-V processor

a picture of the Ventana Veyron V2 RISC-V Processor and Platform

Ventana Micro Systems as announced the introduction of its latest marvel in the Veyron lineup—the Veyron V2. Marketed as the highest performance RISC-V processor to date, it’s clear that Ventana has not only listened to its customer base but has also pushed the envelope in performance and efficiency. The Veyron V2, available as both chiplets and IP, is a testament to Ventana’s dedication to fostering rapid customer adoption through technological innovation.

40% Performance Gain

If you are wondering how Ventana has achieved this milestone, you will be pleased to know that a significant boost in the processor’s capabilities has been realized. With an impressive 40% surge in performance, the Veyron V2 is not just about speed; it’s about smarter, more efficient processing. This leap is attributed to a slew of microarchitecture enhancements, a state-of-the-art processor fabric architecture, and an expanded cache hierarchy, complete with a high-performance vector processor to top it off.

One can’t help but appreciate the strategic initiative known as RISE, which stands for RISC-V International Software Ecosystem. This program is instrumental in bolstering the support ecosystem, ensuring that Veyron V2 can swiftly roll out solutions that are open, scalable, and versatile.

From a business standpoint, the economic and temporal advantages are hard to ignore. Thanks to the industry-leading UCIe chiplet interconnect, Veyron V2 is not just a powerhouse but also a savvy economic choice. It offers a reduction in development costs by a staggering 75% and accelerates time to market by up to two years. It’s remarkable how chiplet-based solutions can provide such elasticity in computing, input/output, and memory configurations, allowing businesses to focus on their unique innovations and specialized workload optimizations.

In the realm of data centers, Ventana’s Domain Specific Accelerator technology works in concert with the Veyron V2 processor pipeline, enhancing efficiency across the board and fostering an environment ripe for customer-specific innovation. Industry experts, like Patrick Moorhead of Moor Insights & Strategy, believe that the cost-effective performance equation Ventana has achieved with the V2 chip may very well redefine benchmarks in high-performance computing.

Ventana Veyron V2

Let’s delve into the specs that make the Veyron V2 stand out. With a 3.6 GHz fifteen wide, aggressive out-of-order pipeline, and 32 cores per cluster, scalability is a breeze—up to 192 cores, to be exact. Add to that a generous 128 MB of shared L3 cache per cluster and a 512b vector unit, and you’ve got yourself a processor that doesn’t just perform, it excels.

For those interested in AI, the Veyron V2 comes equipped with Ventana AI matrix extensions, server-class IOMMU, and Advanced Interrupt Architecture (AIA) system IP. Additionally, advanced mitigations for side channel attacks and comprehensive RAS features ensure that performance is not only top-tier but also secure.

Features of the Veyron V2

  • Fifteen wide, aggressive out-of-order pipeline
  • 3.6 GHz
  • 4 nm process technology
  • 32 cores per cluster
  • High core count multi-cluster scalability up to 192 cores
  • 128 MB of shared L3 cache per cluster
  • 512b vector unit
  • Ventana AI matrix extensions
  • Provided with server-class IOMMU and Advanced Interrupt Architecture (AIA) system IP
  • Advanced side channel attack mitigations
  • Comprehensive RAS features
  • Top-down performance tuning methodology
  • SDK released with necessary software already ported to Veyron
  • Veyron V2 Development Platform available

Software developers will find the provided SDK—a comprehensive set of software tools already proven on Ventana’s RISC-V platform—exceptionally useful. It simplifies the transition to Veyron, ensuring that software is already ported and ready to harness the full potential of the processor.

Ventana’s Veyron V2 is setting a new standard for RISC-V processors, and those interested should not miss the detailed technical presentation by Greg Favor, CTO of Ventana, at the RISC-V Summit North America 2023. It’s evident that this processor is poised to make a significant impact in the tech industry, offering unparalleled performance and efficiency that aligns with the needs of modern data centers, automotive, 5G, AI, and client applications.

Source : Ventana

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Synopsys unveils innovative RISC-V ARC-V processor IP for next-gen chip design

Synopsys unveils innovative RISC-V ARC-V processor IP for next-gen chip design

If you’re closely following the semiconductor space, you will be pleased to know that Synopsys, Inc. has made a significant announcement this week. With the introduction of the new RISC-V ARC-V Processor IP, a move set to empower customers with a gamut of processor choices tailored for optimal power-performance efficiency across various applications.

For the uninitiated, RISC-V is an open standard for processors that’s been gaining traction in the tech world, thanks to its flexibility and community-driven development. Synopsys’ foray into this area isn’t a simple step but a giant leap, building upon its decades-long prowess in processor IP and software toolkit development. The ARC-V Processor IP is the company’s existing ARC Processors’ latest incarnation, only supercharged with the perks of the RISC-V’s burgeoning software ecosystem.

RISC-V ARC-V processor IP

Other articles you may find of interest on the subject of RISC-V :

Here’s what sets the ARC-V Processor IP apart:

  • High-performance, mid-range, and ultra-low power options: Tailor your chip’s energy consumption and processing power to your application’s demands.
  • Functional safety versions: These are designed to meet the rigorous demands of applications requiring a high level of reliability, such as automotive systems.
  • Synopsys MetaWare Development Toolkit: This toolkit stands out for producing highly efficient code, crucial for getting the most out of the processors.
  • Synopsys.ai: Integrated with the EDA suite, this offering is co-optimized with ARC-V Processor IP to streamline development and verification, enhancing productivity and results.

Industry experts and market leaders have already voiced their support for this innovation. Thomas Boehm from Infineon highlighted the importance of resilience in the automotive chip market and welcomed the addition of safety-certified RISC-V based processor IP. Similarly, Calista Redmond of RISC-V International lauded the move, noting Synopsys’ contribution to the flexibility and choice in the semiconductor ecosystem.

“The increasing numbers of chips in automotive systems demand resilience in the semiconductor ecosystem, and to that end the industry is pushing for the adoption of open standards like RISC-V,” said Thomas Boehm, senior vice president, Automotive Microcontroller at Infineon. “By developing safety-certified RISC-V based processor IP, Synopsys is supporting us to expand the architecture choices with an open standard to build high-performance automotive systems with the highest levels of functional safety, and we look forward to continuing to partner with them in our future products.”

Synopsys isn’t just about processor IP; its portfolio is a testimony to its ability to deliver power-efficient, scalable processors, already a staple in countless automotive, storage, and IoT systems. The ARC-V IP capitalizes on this legacy, offering ultra-configurable, extensible processors that allow developers to fine-tune their SoCs for the optimal balance of power, performance, and area (PPA).

The company’s commitment to RISC-V doesn’t end with product development. They’re actively participating in shaping the future of computing as part of the RISC-V International Board of Directors and Technical Steering Committee.

As for the nitty-gritty details, the ARC-V Processor IP lineup is quite robust:

  • Functional Safety (FS) Processor IP: Comes with integrated hardware safety features, supporting ASIL B and D safety levels, and facilitating automotive safety and cybersecurity qualifications.
  • ISO 9001-certified Quality Management System (QMS): Assures that the development standards meet the stringent ASIL D criteria.

If you are wondering how Synopsys supports the design and verification of SoCs using this new IP, look no further. Their portfolio includes Synopsys.ai, Fusion QuickStart Implementation Kits, and a suite of verification solutions that provide a comprehensive environment for system-level analysis, power and performance optimization, and accelerated software development.

The grand unveiling of the Synopsys ARC-V Processor IP portfolio has stirred the industry, with general availability kicking off in 2024. The lineup includes the 32-bit Synopsys ARC-V RMX, the 32-bit ARC-V RHX, and the 64-bit ARC-V RPX, catering to embedded, real-time, and host processing needs, respectively.

As we wrap up this exploration into Synopsys’ latest offering, it’s clear that the company is positioning itself as a key player in the RISC-V landscape. With these developments, Synopsys not only promises to deliver robust processor solutions but also signals its commitment to the open-source ecosystem, paving the way for innovation and choice in chip design.

Source: Synopsys

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