Amazon and Microsoft work together to create a new world of AI, but Google is being squeezed out

Amazon and Microsoft, long-standing rivals in the tech industry, have recently found common ground in their pursuit of artificial intelligence innovation. This unexpected partnership highlights a key truth in business: there are no permanent friends, only permanent interests. According to recent reports, the two giants have joined forces to develop AI tools, while Google, despite its dominance, has been left out of this collaboration. This marks the second major collaboration between Amazon and Microsoft in recent months, further solidifying their strategic alliance in the AI space. The move signals a shift in the competitive landscape, as both companies aim to provide developers with more flexible and powerful tools for building AI applications. A recent image illustrates this new era of cooperation, showing Amazon and Microsoft working together to shape the future of AI, while Google appears to be increasingly sidelined. The image is accompanied by a caption that emphasizes the growing influence of the Amazon-Microsoft partnership. Microsoft CEO Satya Nadella has been at the forefront of this effort, pushing for greater integration and openness across platforms. In addition to their joint AI initiatives, the companies have also worked together on virtual assistant technologies, allowing Alexa and Cortana to interact seamlessly across platforms when needed. In their latest collaboration, developers will have access to Gluon, a Python-based API tool that simplifies the use of AI frameworks like MXNet, which is supported by Amazon AWS. Soon, Gluon will also support Microsoft’s open-source framework, the CogniTIve Toolkit. Both companies plan to release technical details about Gluon, encouraging other frameworks to adopt it as well. Google, on the other hand, has long led in open-source AI with TensorFlow, introduced in 2015. It has gained widespread popularity among researchers and remains far ahead of other frameworks like CogniTIve Toolkit and MXNet. However, Google has not yet joined the Gluon initiative, leaving developers who prefer TensorFlow to rely on Keras, Google’s Python API. Just before Amazon and Microsoft announced their partnership, Apple also made waves by introducing Core ML, a platform designed to help developers integrate AI into iOS apps more easily. Apple also released tools that allow models from other frameworks to be converted into Core ML format, further expanding its ecosystem. Eric Boyd, Vice President of Artificial Intelligence at Microsoft, emphasized the importance of industry-wide collaboration in driving AI forward. “We believe it is important for the industry to invest resources in technologies that benefit the wider community,” he said. “That’s why Microsoft and Amazon AWS teamed up to develop Gluon.” This evolving landscape shows how competition can lead to cooperation, and how even the strongest players must adapt to stay relevant. As AI continues to reshape the tech world, the alliances formed today may determine the winners of tomorrow.

HDMI 2.0 Cable

Maximum bandwidth in the HDMI 2.0 specification is 18Gbps. This bandwidth allows for support of 4K video resolutions at a higher refresh rates with more detailed color information than previous HDMI specifications. This configuration will also support advanced audio streams.

Refresh Rate
Higher refresh rates, up to 60Hz at a 4K resolution are supported within the HDMI 2.0 specification. This helps to reduce motion blur and lag and provides sufficient bandwidth for high dynamic range (HDR) and deep color content.

Chroma Subsampling
4:4:4 chroma subsampling per the HDMI 2.0 specification means that colors can be displayed uncompressed and in full resolution. Compliance with a 4:4:4 color spec is especially important when displaying content from computers and laptops.

Color Bit Depth
Color bit depth has increased to 12-bit deep color with 4,096 shades per channel outlined within the HDMI 2.0 specification. This allows for smoother gradients in displayed images than previous HDMI Specifications.

High Dynamic Range (HDR)
HDR expands the range of both contrast and color allowing images to achieve greater levels of detail in both bright and dark sections of the image. HDMI 2.0 was the first HDMI specification to support this feature.

Optimized Audio Performance
Support for advanced audio features such as DTS-HD, Dolby TrueHD & Dolby ATMOS allow for superior audio performance versus previous HDMI specifications.

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