AMD Unveils World's First 7nm Radeon Card and 3rd Gen Ryzen
Table of Contents
- Introduction
- AMD's Seven-Nanometer Consumer Radeon Card
- AMD Matisse: Third-Generation Ryzen
- Technical Details of AMD Matisse
- 4.1 The I/O Chip
- 4.2 The Eight-Core Cluster
- 4.3 Why Not Built on Seven Nanometers?
- Performance Comparison
- 5.1 Single-Core Performance
- 5.2 Multi-Core Performance
- Potential Core Configurations
- Compatibility with Existing Motherboards
- PCIe 4.0 Support and its Implications
- Utilizing PCIe Lanes for Storage
- Release Date and Speculations
😎 Highlights
- AMD unveils the world's first seven-nanometer consumer Radeon card at CES 2019.
- The upcoming third-generation Ryzen chip, codenamed Matisse, is shown in a limited preview.
- AMD emphasizes the efficiency and performance gains of the seven-nanometer process.
- Lisa Su Hints at the possibility of Matisse having more than eight cores, potentially up to sixteen.
- Existing AM4 motherboards will be compatible with Matisse, offering users an upgrade path without requiring a new motherboard.
- Matisse will support PCIe 4.0, enabling faster storage options and future-proofing the platform.
- The release date for Matisse is estimated to be in the middle of 2019, giving enthusiasts time to speculate on its specifications and pricing.
😃Introduction
At CES 2019, AMD created a buzz by showcasing two of its highly anticipated products. The first was the world's first seven-nanometer consumer Radeon card, generating excitement among PC enthusiasts. The Second, albeit in limited preview, was the upcoming third-generation Ryzen chip, codenamed Matisse. This article dives into the details of these two groundbreaking offerings and explores their potential impact on the PC market.
️⃣AMD's Seven-Nanometer Consumer Radeon Card
The highlight of AMD's CES 2019 presentation was undoubtedly the unveiling of their seven-nanometer consumer Radeon card. Priced at $699, this graphics card boasts 16 gigs of HBM memory and marks AMD's return to the high-end PC market. While some critics deemed it underwhelming, AMD is confident that its true potential will be revealed when it competes with other cards next month. PC enthusiasts eagerly await the performance benchmarks and comparisons.
️⃣AMD Matisse: Third-Generation Ryzen
Amidst the excitement surrounding the Radeon card, Lisa Su, CEO of AMD, also shared a glimpse of the third-generation Ryzen chip, codenamed Matisse. However, due to restrictions, the chip could only be photographed while sitting on a table, fully cooled. Nonetheless, crucial details were visible, such as the presence of the I/O chip, memory controller, and PCIe integration. Matisse presents a significant leap for AMD, as it combines a 14-nanometer I/O chip with seven-nanometer cores.
️⃣Technical Details of AMD Matisse
️⃣The I/O Chip
The 14-nanometer I/O chip is responsible for handling various connections and functions of the Matisse chip. It encompasses the memory controller and PCIe controller, facilitating smooth data transfer and high-speed connectivity. Despite not being built on the seven-nanometer process, the I/O chip's efficiency justifies its use in the overall design.
️⃣The Eight-Core Cluster
The heart of Matisse lies in its eight-core cluster. Coupled with AMD's magical "Infinity Fabric" interconnect technology, these seven-nanometer cores offer remarkable performance and efficiency. The chip design ensures optimal multi-core performance while delivering competitive single-core capabilities. Lisa Su's demonstration even showed Matisse matching the Core i9-9900K at the event.
️⃣Why Not Built on Seven Nanometers?
Although many expected Matisse to be entirely based on the seven-nanometer process, AMD's decision to include a 14-nanometer I/O chip has raised eyebrows. AMD justifies this hybrid approach by explaining that certain components, like the I/O chip, do not necessarily benefit from the seven-nanometer process. By optimizing different parts of the design, AMD achieves a balance between performance, cost, and efficiency.
️⃣Performance Comparison
️⃣Single-Core Performance
During the presentation, Lisa Su did not disclose specific details about the clock speeds or single-threaded performance of Matisse. However, all indications suggest that the chip is expected to perform admirably, potentially even surpassing the Core i9-9900K. Although a coin-ionizer Game cannot be trusted, the demonstration of matching Intel's flagship processor has generated considerable excitement.
️⃣Multi-Core Performance
While divulging the multi-core performance of Matisse, Lisa Su showcased its capabilities on par with the Core i9-9900K. This remarkable achievement sets the stage for a fierce competition between AMD and Intel, as Matisse aims to dethrone the Core i9-9900K as the gaming and content creation champion. However, AMD is not disclosing the full potential of Matisse and hints at even higher performance levels than what was shown.
️⃣Potential Core Configurations
Based on Lisa Su's statement regarding additional room on the Matisse Package, it is highly likely that AMD will release variations of the chip with different core configurations. A popular speculation is an eight-core version with simultaneous multithreading (SMT), alongside a potentially powerful sixteen-core variant. These offerings cater to a wide range of users, from gamers seeking high-performance systems to content creators demanding exceptional multi-threaded capabilities.
️⃣Compatibility with Existing Motherboards
One of AMD's significant advantages has been its commitment to backward compatibility. With Matisse, existing AM4 socket motherboards will continue to support this third-generation Ryzen chip. Users with compatible motherboards can easily upgrade by simply flashing the BIOS. However, not all motherboards will provide PCIe 4.0 support, as validation is required. This ensures that users can enjoy the benefits of Matisse without having to purchase a new motherboard, making it a cost-effective solution for enthusiasts.
️⃣PCIe 4.0 Support and its Implications
Matisse brings another significant change to the table: support for PCIe 4.0. This means that users will benefit from faster data transfer rates, specifically in terms of storage solutions. With 16 PCIe 4.0 lanes available, equivalent to 32 PCIe 3.0 lanes, Matisse provides a substantial bandwidth boost. Pairing this with the potential performance gains of seven-nanometer cores, enthusiasts can expect unparalleled performance with lightning-fast storage options.
️⃣Utilizing PCIe Lanes for Storage
The increased number of PCIe lanes offered by Matisse presents a unique opportunity for enthusiasts. In systems where PCIe lanes were traditionally allocated primarily to graphics cards, the surplus bandwidth can now be effectively utilized for storage devices. By distributing excess lanes to PCIe M.2 slots, users can ensure that their storage devices operate at peak performance without suffering from bandwidth limitations.
️⃣Release Date and Speculations
Officially, AMD has stated that Matisse will become available in the middle of 2019. Although an exact launch date remains undisclosed, enthusiasts anticipate a release sometime around June. This six-month gap allows for speculation about the clock speeds, core counts, included cooling solutions, and pricing of the chips. PC enthusiasts worldwide eagerly await the official announcement, which promises to redefine the CPU market.
❓FAQ
Q: Will the new third-generation Ryzen chips be compatible with existing motherboards?
A: Yes, AMD has confirmed that Matisse, the upcoming third-generation Ryzen chips, will be compatible with existing AM4 socket motherboards. Flashing the BIOS will enable users to take advantage of the new chips without requiring a motherboard upgrade.
Q: Will Matisse support PCIe 4.0?
A: Yes, Matisse will support PCIe 4.0, offering faster transfer speeds and improved storage options. However, it's important to note that not all existing motherboards will provide validation for PCIe 4.0, meaning some users may need to upgrade their motherboard to leverage this feature.
Q: When will the third-generation Ryzen chips be released?
A: AMD has indicated that the release of Matisse is expected in the middle of 2019. While an exact date has not been announced, enthusiasts speculate that it could be around June.
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