Breaking news

Apple Unveils M5 Pro And M5 Max Chips For Professional Workloads

Apple Unveils Revolutionary M-Series Chips

Apple has raised the bar once again by debuting its new M5 Pro and M5 Max chips during its latest product launch. These processors power the new MacBook Pro models and represent the pinnacle of performance for professional workflows.

Fusion Architecture: The Core Of Innovation

The processors are built around Apple’s Fusion Architecture, which combines two silicon dies into a single system-on-a-chip design. The architecture integrates the CPU, GPU, Media Engine, unified memory controller, Neural Engine, and Thunderbolt 5 connectivity within the same chip structure.

This level of integration is designed to improve performance efficiency while allowing different processing units to share data more quickly during complex workloads.

Enhanced Processing And Graphics Capabilities

Both the M5 Pro and M5 Max include an 18-core CPU, compared with the 14-core and 16-core configurations in earlier models. The architecture combines six high-performance cores with twelve efficiency-focused cores, delivering up to 30% faster processing in certain professional workloads, according to Apple. Graphics performance has also been expanded. The GPU can scale up to 40 cores, and improvements in memory bandwidth and AI processing capabilities allow the chips to deliver significantly higher compute capacity for machine learning tasks.

Apple also reports overall GPU performance improvements of up to 20%, while ray-tracing workloads can see gains of up to 35%.

Expanded Memory And Bandwidth For Demanding Applications

The M5 Pro now supports up to 64GB of unified memory with a bandwidth of 307GB/s, a notable increase from the 48GB capacity of its predecessor. For professionals seeking the ultimate performance envelope, the M5 Max expands its support to 128GB of unified memory and doubles the bandwidth to 614GB/s, ensuring it can effortlessly manage intensive tasks in 3D animation, application development, and AI research.

Tailored For Professionals And Innovators

Apple positions the M5 Pro for users working with complex software environments, including developers, engineers, and content creators who require strong CPU and GPU performance. The higher-end M5 Max is intended for tasks that rely heavily on graphics and parallel computing, such as 3D animation, large-scale simulation, and machine learning development.

Availability And What’s Next

MacBook Pro models powered by the new chips will be available for pre-order starting tomorrow, with deliveries scheduled to begin on March 11. The release of the M5 Pro and M5 Max continues Apple’s strategy of expanding its in-house silicon lineup for high-performance computing within the Mac ecosystem.

Passkeys Are The Gold Standard For Account Security. So Why Don’t More Major Apps Offer Them?

Passkeys are increasingly being promoted as one of the most effective ways to protect online accounts. By reducing reliance on passwords, they help prevent phishing attacks, simplify sign-ins and strengthen account security. Despite those advantages, however, many major digital platforms have yet to adopt the technology.

A Security Upgrade Still Missing At Scale

That gap is the focus of whynopasskeys.com, a new site created by security researcher Scott Helme to highlight companies that have not yet enabled passkeys for their users. The site tracks major consumer brands that continue to rely on older login methods even as passkeys become the industry standard.

Among the services still without passkey support are Instagram, Netflix and Spotify, according to the site’s data.

Why Passkeys Matter

Unlike traditional passwords, passkeys are generated on a user’s device and linked both to that device and to a specific website or application. Authentication can be completed through biometrics such as Face ID or Touch ID, a hardware security key or a password manager.

Because users do not need to create or remember passwords, opportunities for credential theft, phishing attacks and password reuse are significantly reduced. In most cases, gaining access to an account would require direct access to the user’s device.

Public Accountability As A Pressure Tactic

In a blog post explaining the project, Helme said the goal is to create pressure by making the absence of passkey support visible. “A list is a surprisingly effective motivator. Nobody wants to be on the list,” he wrote.

That approach has already worked elsewhere in cybersecurity: when businesses are publicly compared against peers on basic protections, they often move faster to close the gap. In this case, the list is intended to push platforms to give users a stronger and simpler login option.

The Companies Moving Faster

Many large technology companies have already adopted passkeys, including Apple, Google and Microsoft, reflecting the technology’s growing role in account security.

Implementation, however, remains uneven. Instagram users can currently access passkeys only when their account is linked to a Facebook account that already has passkey support enabled, highlighting differences in adoption even within the same company.

The Bigger Business Question

Meta has not publicly explained why passkeys are available on some of its platforms, including Facebook and WhatsApp, but not fully across Instagram.

Debate within the industry is no longer centred on whether passkeys work, but on how quickly companies are willing to deploy them. As phishing, credential theft and account fraud remain persistent cybersecurity challenges, passkeys are increasingly being viewed not as an optional feature but as an emerging security standard.

Uol
The Future Forbes Realty Global Properties
Aretilaw firm
eCredo

Become a Speaker

Become a Speaker

Become a Partner

Subscribe for our weekly newsletter