Servermall UAB

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Big news just dropped from Dell — new PowerEdge servers powered by AMD EPYC Venice and a fully redesigned PowerStore Eli...
27/05/2026

Big news just dropped from Dell — new PowerEdge servers powered by AMD EPYC Venice and a fully redesigned PowerStore Elite storage platform.

Exactly the kind of infrastructure refresh the market has been waiting for as AI-scale workloads keep pushing everything toward higher density and bandwidth 👇

The second part of series on quantum computers is now out.In this continuation, I go deeper into what actually makes qua...
22/05/2026

The second part of series on quantum computers is now out.

In this continuation, I go deeper into what actually makes quantum hardware so radically different from classical systems — not in theory, but in physical reality. We look at how superconducting qubits only work when cooled to temperatures near absolute zero, how trapped-ion systems rely on vacuum chambers and precision laser control, and how photonic architectures manipulate information through single particles of light inside carefully engineered optical circuits.

The article also covers the constant battle against decoherence — the process that destroys quantum states as soon as the environment “notices” them — and why quantum computers are never standalone machines, but hybrid systems tightly coupled with classical control hardware. Beyond that, I explore where these technologies might realistically be useful: from molecular simulation and optimization problems to cryptography and future quantum networks, including the idea of quantum teleportation as a communication primitive rather than science fiction.

If you’re interested in how computation behaves when you push physics to its limits, you can read the full article via the link in the comments 👇

After years of working with rented datacenter infrastructure, our fellows from RESIDENT wanted their own enterprise lab ...
14/05/2026

After years of working with rented datacenter infrastructure, our fellows from RESIDENT wanted their own enterprise lab where they could properly experiment with virtualization, storage setups, and infrastructure behavior under real workloads.

Which is especially fitting for a cybersecurity-focused team whose logo is literally a pixelated computer 💻

Together we built a Dell PowerEdge R640-based platform with hybrid NVMe U.2 and SAS/SATA storage support, dual Xeon Gold CPUs, and enough resources for virtualization and benchmarking tasks.

Now the team can spend less time guessing how enterprise hardware behaves under load and more time actually testing it.

Full case in comments 👇

At GTC 2026, Pegatron showcased an updated lineup of NVIDIA servers for AI — from the massive NVL72 racks to compact 2U ...
09/04/2026

At GTC 2026, Pegatron showcased an updated lineup of NVIDIA servers for AI — from the massive NVL72 racks to compact 2U GPU servers.

We’ve put together the most important highlights for you:

1. NVL72 — data center-level density and scalability.

Previously, training large models required dozens of separate servers, creating network and storage bottlenecks. The NVL72 combines 72 Rubin GPUs and 36 Vera CPUs in a single rack with NVLink and liquid cooling. The result is hyperscale performance in a single unit, faster model training, and the ability to scale clusters without added latency between GPUs.

2. DPU and CPU offload.

The RA4803-72N3 and other nodes use BlueField-4 DPUs to handle networking, storage, and infrastructure tasks. This frees the CPUs to focus almost entirely on AI workloads, boosting model performance, reducing latency, and making the infrastructure more predictable under heavy loads.

3. MGX and HGX modularity.

Servers used to be fixed configurations — the number of GPUs dictated the setup. MGX allows combining CPUs and GPUs to match specific workloads. For end users, this means computing resources can be tailored precisely to their needs, accelerating AI deployment and making better use of budget.

4. High-density storage and data acceleration.

MS303 and SS201 servers leverage E3.S SSDs and GPU acceleration to handle large models. This lets users store and process data in a single node, reducing latency between computation and storage, speeding up training and inference, and simplifying overall operations.

Bottom line.
Early AI infrastructure used to rely on scattered servers and storage, which limited density and speed. But this new solutions provide integrated, high-density, and scalable hardware, enabling clients to deploy full AI clusters faster, accelerate model training and inference, and reduce infrastructure costs without compromising performance.

Hello to our regular readers! 👋In part 1, we went through the rise, the promises, and the faceplant of Itanium — now it’...
02/04/2026

Hello to our regular readers! 👋

In part 1, we went through the rise, the promises, and the faceplant of Itanium — now it’s time to move forward. In this next part, we’ll shift the focus from one very expensive lesson to the bigger picture: what VLIW actually became outside of IA-64, where it quietly worked (and still works), and why the idea itself didn’t disappear even after such a loud failure.

And yes, we’ll finally get to the fun stuff — including some unexpectedly successful implementations and a certain console you definitely didn’t expect to see here.

Full article: https://servermall.com/blog/vliw-vs-x86-the-rise-and-fall-of-itanium-p-2/?utm_source=lsm&utm_campaign=abm

“We’re now in the movie!” — well, at least our equipment is. This time, Servermall supported the Bulgarian production st...
01/04/2026

“We’re now in the movie!” — well, at least our equipment is.

This time, Servermall supported the Bulgarian production studio Nu Boyana Film AD with the deployment of HPE ProLiant DL360 Gen10 systems equipped with Xeon Gold 6134 CPUs and 256 GB RAM per node.

As a result:
— Rendering time reduced to
~5.5–6 hours per sequence (≈30% improvement)
— Post-production workflows accelerated by ~25%
— Downtime decreased to under 3 hours per month
— Infrastructure costs lowered by ~20% compared to new equipment

And, of course, Nu Boyana’s praise confirms the impact of this upgrade — a success worth celebrating.

Full case 👇
https://servermall.com/cases/telecom-and-it/nu-boyana-film-ad---bulgaria/?utm_source=lsm&utm_campaign=abm

Hello, regular readers and those who just dropped by 🙂 It’s me again — with thearticle in the series about architectures...
30/03/2026

Hello, regular readers and those who just dropped by 🙂

It’s me again — with thearticle in the series about architectures, microarchitectures, processors, instruction sets, and all that good stuff.

What came before:

In this series of articles, we’ll dive back down to earth — to the level of transistor technologies — and break down the VLIW (Very Long Instruction Word) architecture.

We’ll talk about its predecessors, immerse ourselves in the spirit of the 1980s–1990s, learn how Itanium became “Itanic,” and see how this architecture lived, lives, and will continue to live.

Oh, and yes — there will be Elbrus and even PlayStation 2.

Link on the full article below 👇

https://servermall.com/blog/vliw-vs-x86-the-rise-and-fall-of-itanium-elbrus-and-ps2/?utm_source=fcb&utm_campaign=abm

The new batch of servers is finishing testing and waiting for final disk installation before shipment.Germany, we’re on ...
03/02/2026

The new batch of servers is finishing testing and waiting for final disk installation before shipment.

Germany, we’re on our way! 🇩🇪🚚

Latency Is the Profit Killer in Fashion ITBy Dmitry Onosh | Chief Business Development OfficerWhen I work with fashion r...
27/01/2026

Latency Is the Profit Killer in Fashion IT
By Dmitry Onosh | Chief Business Development Officer

When I work with fashion retailers whose turnover is measured in billions, I am often struck by the same contradiction.

On paper, their IT estates appear beyond reproach, well funded, carefully provisioned, and technically sound. And yet, when demand surges and every moment should convert into revenue, performance slips not because systems fail, but because they hesitate.

Latency, almost imperceptible to dashboards and reports, intervenes between intent and ex*****on, and in that brief pause, value is steadily lost.

Take a recent case: a multi-country fashion chain consolidated its core e-commerce, OMS, and inventory systems to cut costs and simplify operations. On the infrastructure side, resource utilization was excellent.

In practice, regional teams faced 150–300 ms delays on key operations. Pages loaded slower, checkout retries increased, and inventory updates lagged behind actual transactions. The result: bottlenecks weren’t in servers or networks, but in the way critical business processes were coupled to central systems.

The impact was tangible: a projected €25–30 million online revenue stream fell short by €2–3 million annually — not because of demand or pricing errors, but because the systems reacted slower than customers shopped and stores moved inventory.

Margin leaks were compounded by overstocking and extra operational work, quietly inflating costs by 10–15% in working capital.

From my experience, addressing this requires three actions:

1. Measure latency as a business metric, not just IT. Quantify the revenue impact of delays in checkout, stock updates, and POS writes. When 100 ms costs conversion, it belongs in P&L discussions, not only network dashboards.

2. Localize critical transactions. Run POS, stock writes, and order confirmation at the edge, close to the store or data source, while centralized analytics and forecasting remain in the cloud. This separation preserves speed where it matters most without duplicating entire platforms.

3. Align infrastructure with business cycles, not geography. Peaks in fashion are commercial events — collection drops, flash sales, viral trends — not just regional traffic spikes. Designing ownership and resource allocation around these events ensures agility without overprovisioning.

Implementing these steps allows retailers to recover 20–25% of lost digital margin within 18–24 months, stabilize operations during peak periods, and maintain performance without expanding overall infrastructure spend.

Most IT Investments Don’t Pay Off — And That’s Normal By Denis Vaganov | Business Analyst at ServerMall Organizations in...
23/01/2026

Most IT Investments Don’t Pay Off — And That’s Normal
By Denis Vaganov | Business Analyst at ServerMall

Organizations invest millions in servers, storage, and cloud platforms expecting measurable returns. Yet across industries, studies show 60–70% of IT projects fail to achieve ROI within the first three years. The reasons are rarely technical — they’re hidden in operational realities, adoption patterns, and shifting business priorities.

Consider a mid-size enterprise deploying a €2 million virtualization platform. Initial projections assume full VM utilization and predictable workloads. In reality, adoption lags: only 65–75% of workloads migrate on schedule, application owners tweak processes unpredictably, and dependencies on legacy systems create delays.

Within a year, projected productivity gains drop by 20–30%, turning an expected €500k–€700k annual benefit into €150k–€250k. Multiply this across multiple platforms, and unrealized ROI can exceed €1–2 million annually, even without hardware failure.

The phenomenon is compounded by indirect costs. Underestimating integration effort, neglecting training, or misaligning IT with finance and operations can easily add 10–15% to planned budgets. Idle licenses, underused compute cycles, and hidden maintenance — the “shadow IT tax” — quietly erode gains, making over 40% of initial investment effectively sunk before a single business benefit is realized.

The upside? Planning for real-world frictions changes the game. Phased rollouts, modular infrastructure, capacity buffers, and scenario modeling make deployments resilient. Regular audits, operational KPIs, and alignment with strategic goals ensure scaling happens efficiently.

Companies that build in partial ROI from the start often see 25–30% higher realized value within two years, and avoid the stress, write-offs, and emergency spending that catch most others off guard.

What issues have you faced with IT infrastructure investments?

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Perkunkiemio Gatvė 13-91
Vilnius
12114

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Monday 09:00 - 19:00
Tuesday 09:00 - 19:00
Wednesday 09:00 - 19:00
Thursday 09:00 - 19:00
Friday 09:00 - 19:00

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