Semiconductor Supply Is Shifting. Here Is What That Means For You
Supply pressures across the semiconductor market are now directly affecting industrial-grade components.
HMi Elements products use high-specification parts, including high-endurance SSDs and wide temperature DDR4 and DDR5 memory. These are selected for reliability in harsh operating conditions and are not interchangeable with commodity alternatives.
We have seen price increases of up to 900% on certain industrial SSDs, with wide temperature memory rising sharply alongside them. This is being driven by AI and data centre demand absorbing supply and production being reallocated away from established technologies such as DDR4. For industrial-grade components the effect is amplified further, given lower production volumes, stricter qualification requirements, and growing scarcity of endurance-grade NAND.
Availability is now as critical as price. Lead times for industrial memory are extending significantly, with supply increasingly allocated on forward commitment. These pressures are also beginning to reach industrial processor platforms.
We are working closely with suppliers to secure forward stock and, where possible, absorbing cost increases to protect our customers. If you have projects in planning, early visibility of your requirements is one of the most effective ways to reduce exposure to these pressures. Getting us involved early in your planning process makes a practical difference.
In Hazardous Environments, Quality Is Not Optional
When a system is installed in a Zone 1 or Zone 2 hazardous area, there is no margin for error.
At HMi Elements, quality is embedded across every stage of design, procurement, manufacturing and delivery. Materials are specified for extreme operating conditions, not selected on cost alone.
Critical suppliers are physically audited annually. Every new product passes three independent formal design approvals before reaching production. Every year we also undergo ten prescribed third-party audits against our hazardous equipment manufacturer certifications, conducted by internationally recognised notified bodies, a level of external scrutiny that is not standard in our industry.
Every member of staff receives role-specific training and ongoing competence development, not a one-time induction. The institutional knowledge at HMi Elements, built over years of designing and manufacturing for hazardous environments, is what makes consistent quality achievable.
For those specifying equipment where failure is not an option, that process is what stands behind every product we ship.
Beyond The Datasheet: How The 1402-Z2 Is Built For Real Operating Conditions
In industrial environments, the challenge is maintaining performance under temperature extremes, vibration, and inconsistent power over time.
The 1402-Z2 is built with this in mind. Where many Zone 2 systems rely on basic compliance, HMi Elements goes further with independent third-party assessment to ATEX, IECEx, and UL standards, extended operation at 60°C under full load, and deep thermal cycling from -40°C to +60°C, all aligned to real operating conditions, not laboratory minimums.
The result is stable processor performance at elevated temperatures, a high-brightness sunlight-readable display, and a compact lightweight enclosure suited to both fixed and portable applications.
Originally proven in hazardous and explosive environments, the 1402-Z2 is well suited to any industry where equipment must perform reliably under environmental stress, including chemical processing, pharmaceuticals, and marine applications, wherever compliance, uptime, and long-term reliability are non-negotiable.
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