Seagate Revolutionizes Data Storage with High Capacity HAMR Hard Drives: A Comprehensive Analysis

During Seagate’s Q2 earnings call, the storage giant announced that it had reached a milestone in the shipment of heat-assisted recording (HAMR) hard drives to hyperscale customers, marking a significant step towards a capacity revolution in the storage industry.

Previous shipments for validation and testing

Seagate had previously sent out a limited number of HAMR drives to various customers for validation and testing purposes. However, these shipments did not have a significant impact on the company’s balance sheets at the time.

New HAMR drive details

Seagate’s first HAMR drive, which is now available, boasts an impressive capacity of 32TB. The drive utilizes the company’s mature 10-platter design, indicating a seamless integration of HAMR technology into its existing infrastructure and manufacturing processes.

Future capacity expansion

With the successful introduction of the 32TB HAMR drive, Seagate is well-positioned to push the boundaries of capacity even further. The company plans to increase the capacity to 36TB and subsequently to 40TB using the same HAMR technology. Looking ahead, Seagate predicts the potential for 50TB and 100TB HAMR drives by the year 2025, promising vast storage capacities that were previously unimaginable.

Advantages of using a mature design

Seagate’s adoption of HAMR technology with its mature 10-platter design confers several advantages. By leveraging their existing infrastructure, Seagate can navigate the transition to HAMR more smoothly than starting from scratch. Although new internals are required for HAMR drives, Seagate’s experience in their well-established designs gives them an edge in bringing HAMR to market.

Planned volume ramp and timeline

During the earnings call, Seagate disclosed its plans to commence the “volume ramp” of HAMR drives in early 2024. This timeline suggests that the technology will be ready for broader adoption within the next few years, allowing more customers to take advantage of the increased capacities offered by HAMR drives.

Comparison with other high-capacity drives

Seagate’s 32TB HAMR drive currently stands as the highest capacity drive available in the market. While Western Digital offers a 26TB drive, Seagate’s use of HAMR technology makes direct comparison with parallel magnetic recording (PMR) and shingled magnetic recording (SMR) drives difficult, necessitating an asterisk when discussing capacities.

Offering PMR and SMR drives

Despite the focus on HAMR technology and its potential, Seagate recognizes that there are customers who prefer legacy technologies. As a result, the company plans to continue offering PMR and SMR drives, ensuring they cater to the needs of these customers who require the familiar technology.

Addressing lower capacity demands

Seagate understands that not all customers require the cutting-edge capacities offered by HAMR drives. To accommodate those seeking capacities in the “mid to upper” 20TB range, the company is actively working on developing solutions that strike a balance between capacity and affordability, ensuring they cater to a wider range of storage demands.

Seagate’s shipment of HAMR drives to hyperscale customers marks a significant milestone in the company’s mission to revolutionize storage capacities. The successful integration of HAMR technology into Seagate’s mature design demonstrates their commitment to driving innovation within the industry. As Seagate prepares for the volume ramp-up of HAMR drives in early 2024, the possibilities of even higher capacities in the near future beckon, promising unprecedented storage capabilities and fueling anticipation for what lies beyond.

Explore more

Hyundai Unveils Atlas Robot For Car Manufacturing

A New Era of Automation: Hyundai’s Atlas Steps into the Spotlight The long-promised future of humanoid robots working alongside people has officially moved from the realm of speculative fiction to a concrete manufacturing roadmap. The world of robotics has been supercharged by a landmark announcement as Hyundai-owned Boston Dynamics unveiled its new, commercially focused Atlas humanoid robot. Debuting at the

Can Robots Finally Get a Human-Like Touch?

For all their computational power and visual acuity, modern robots often interact with the physical world with the subtlety of a toddler in mittens, a fundamental limitation that has long stymied their potential in complex, real-world tasks. This disparity between what a robot can see and what it can physically accomplish has kept automation confined to highly structured environments. The

Self-Service Employee Onboarding – Review

The stark reality that nearly nine out of ten employees feel their organization handles onboarding poorly underscores a critical failure in talent management. Self-service employee onboarding represents a significant advancement in the human resources management sector, directly confronting this widespread issue. This review will explore the evolution from manual processes to automated systems, its key features, performance metrics, and the

Is Office Frogging the New Career Ladder?

The once-revered corporate ladder now looks less like a steady climb and more like a series of disconnected lily pads, with a new generation of professionals mastering the art of the strategic leap. This shift marks a profound change in the DNA of career progression, where long-term loyalty is being exchanged for short-term, high-impact tenures. The practice, dubbed “office frogging,”

Trend Analysis: Employee Wellbeing Strategy

An overwhelming nine out of ten employees now report experiencing symptoms of burnout, a startling statistic that has propelled the conversation around workplace wellness from a fringe benefit to a critical boardroom imperative. What was once considered a discretionary perk has rapidly evolved into a core driver of essential business outcomes, directly influencing engagement, productivity, and talent retention. The modern