Reflections

The Wild West of Storage

A reflection on the trade shows, benchmarks, mentors, and moments that shaped a career in storage journalism.

On this page 8 sections

I came to storage reviews as a kid from a blog, and the trade show floor taught me the rest. My road ran from the first PCIe drive a maker trusted me to review, through the mentors who opened doors, to the rivals whose benchmarks I measured my own work against. There are no test results here, only the people, the rooms and the late nights that shaped how I test and how I write. More Reflections tell how I learned the craft.

Three panels: a trade show hall, a PCIe card, and a small circle of linked peopleA three-panel schematic. Left, a hall of nine booths. Center, a tall teal card with gold contacts along its lower edge, a PCIe drive. Right, five nodes joined by copper lines, a small circle of people.REFLECTIONSShow floors, drives and rivalsTHE FLOOR · THE DRIVE · THE CIRCLE01 THE FLOOR02 THE DRIVE03 THE CIRCLETrade show hallPCIe driveA small circle

Sparks in the desert

The desert air always carried a spark of ozone and ambition. Storage’s “Wild West” was never just an industry beat, whether it played out in the neon haze of Las Vegas during CES or the humming corridors of Santa Clara at the Flash Memory Summit. It was a battlefield of bits and bytes.

View from an airplane window of a wing and blue engine over a wet airport apron with baggage carts, service vehicles and a terminal building.

Before the wheels hit the runway, the campaign had already begun. My plans lived in color‑coded spreadsheets, with meetings at the Venetian, early press briefings at the LVCC and Ubers timed to beat the cab lines clogging the strip. The night before a trip was always a ritual of checking the bag, organizing gear and laying out batteries and adapters like tools before a mission. The flight was never for movies or sleep, only for mental rehearsals, cycling through controller specs and flash architectures until they became instinct.

Sparks in the desert

Every trip began as a plan on a spreadsheet

A left-to-right flow of four boxes joined by copper arrows: Plan, a color-coded spreadsheet; Pack, bag, gear and batteries; Fly, rehearsing controller specs and flash designs; Land, meetings and press briefings. A bracket under the first three boxes reads before the wheels hit the runway.01 PLANColor-codedspreadsheet02 PACKBag, gear,batteries03 FLYRehearse specsand designs04 LANDMeetings andpress briefingsBefore the wheels hit the runway
Figure 1 · The order of a trip to a trade show, from the planning spreadsheet to the first meeting. Illustrative values.

Most of the trip was settled in spreadsheets and rehearsals before I reached the show floor, and the floor is where the plan met the people.

Aerial view of brown desert mountains and canyons meeting a teal reservoir, with white clouds across the top of the frame.

Into the arena

Walking into those trade halls for the first time felt like stepping into a controlled storm of LED glare, demo reels looping and the chatter of engineers and marketing leads merging into a constant low‑frequency buzz. I absorbed the scene as much as I covered it, calibrating myself to the pulse of progress. Every conversation about firmware algorithms or endurance testing chipped away at the uncertainty.

Into the arena

The show floor fed one steady calibration

Four boxes stacked on the left: firmware talk, endurance testing, engineer chatter and demo reels looping. Thin copper arrows run from each into a central teal box labeled Calibrating to the pulse of progress. One thick copper arrow leads from it to a box on the right labeled Fluent in the shorthand.01 WHAT CAME IN02 WHAT IT DID03 WHERE IT LEDFirmware talkEndurance testingEngineer chatterDemo reels loopingCalibratingto the pulseof progressFluent in theshorthand
Figure 2 · What came in on the show floor, the calibration it fed and where it led. Illustrative values.

With every hour of that buzz I absorbed, more of it made sense.

Confidence came, first as performance, then as presence.

That balance of steady curiosity turned me from the “kid from a blog” into an editor fluent in the shorthand of innovation.

Green PCIe expansion card with a Plextor M.2 SSD mounted on it, photographed from above on a white background.

The Spark: Plextor M6e

The breakthrough came earlier with one small black-and-green rectangle that changed everything. Plextor’s launch release called the M6e the first SSD designed specifically for gamers, and to me it was a glimpse of the performance that would reshape storage. Plextor trusted me to review it on Overclock.net. Testing that drive felt like standing on the edge of something transformative. At a time when SATA still ruled, the M6e represented the first crack in the old order.

The Spark: Plextor M6e

The M6e opened a wider path than SATA allowed

Two panels side by side. Left, the old order: a drive labeled SATA joins a box labeled Computer through one narrow copper line. Right, the first crack: a card labeled Plextor M6e joins the same Computer box through four parallel copper lines, a wider path.01 THE OLD ORDERSATA driveComputerOne narrow path02 THE FIRST CRACKPlextor M6eComputerA wider path
Figure 3 · Two ways a drive reaches the computer; the path widths are drawn for contrast and are not measured. Illustrative values.

Testing the M6e was the first time I saw SATA stop being the only road to a fast drive.

I wasn’t just reporting on the shift; I was watching the next era of storage boot up in real time.

The mentor and the mission

Then came Les Tokar from The SSD Review. If the storage industry were a frontier, Les was the veteran who handed me the compass. His mentorship went beyond editing and into clarity, opportunity and earning trust in an ecosystem built on NDAs and first looks.

The mentor and the mission

One mentor gave me a standard and a way in

A teal box in the middle labeled Les Tokar, The SSD Review. Three boxes on the left, clarity, opportunity and earned trust, are joined to it by copper lines under the heading the mentorship. Three boxes on the right, private suites, prototype demos and unannounced firmware, are joined to it under the heading the access.01 THE MENTORSHIP02 THE ACCESSClarityPrivate suitesOpportunityPrototype demosEarned trustUnannounced firmwareLes TokarThe SSD Review
Figure 4 · What Les Tokar’s mentorship gave and what his platform opened at trade shows. Illustrative values.

Les’s lessons in clarity and trust got me through the doors of The SSD Review.

Through Les’s platform, I gained access to the unseen side of trade shows:

private suites, whispered prototype demos, next‑gen controllers running firmware not yet announced.

Those moments were quiet, technical and occasionally tense. They were the lifeblood of real tech reporting.

Colorful folded book covers fanned out in a peaked shape on a white display shelf, with an open book on a stand blurred behind.

Rivalries and the race for precision

Competition ran through the community like a network trace. Every benchmark and every review felt like a silent duel playing out across forums, charts and pages. As the years went by, I measured my work against specs and against names. Jon Coulter from TweakTown, Nathan Kirsch from Legit Reviews and Chris Ramseyer from Tom’s Hardware were each a specialist with a distinct voice.

Rivalries and the race for precision

Every rival’s review sent my work around the same loop

Four boxes in a square, joined clockwise by copper arrows: Run, run the benchmark on the bench; Compare, set it beside the rivals’ reviews; Cross-check, check patterns and methodology; Refine, sharpen the next test. An arrow from Refine leads back up to Run. The word precision sits in the middle.01 RUNRun the benchmarkon the bench02 COMPARESet it besidethe rivals’ reviews03 CROSS-CHECKCheck patternsand methodology04 REFINESharpen thenext testPrecision
Figure 5 · The loop a benchmark ran through each time a rival published, drawn clockwise from the top left. Illustrative values.

Every review from Jon, Nathan or Chris made me look harder at my own work.

I studied every review they produced, cross‑checking benchmark patterns and methodology. Kristian Vättö and Billy Tallis set the gold standard for technical depth and consistency, and their analyses anchored the industry’s shared sense of data integrity. Together they formed an unspoken alliance of precision and a collective calibration of credibility.

Two smiling men take a selfie outdoors in bright sun, with trees, water, a road and large buildings behind them.

But Chris was on another level. He had a depth that was hard to quantify and an intuition for how controllers behaved under pressure. My admiration for him ran almost as deep as our competition.

If there was a nemesis in my story, it wasn’t an adversary. It was a benchmark.

And then there was Jon. The SSD Commander was an overclocking maestro whose tuning sessions bordered on legend. Our competition was blistering, with firmware tweaks, late‑night testing marathons and graphs that turned into battlegrounds. We pushed each other hard, to the point that Jon burned multiple chips, as I remember it, in the race to edge just ahead of me, his younger rival.

For me, those rivalries weren’t about ego. They were about discipline, about the relentless drive to refine, verify, and push the craft further. Each matchup, each silent contest in data and performance, shaped my precision.

Macro shot of a black Marvell controller chip on a blue SSD circuit board, with flash memory packages and small components around it.

Nights of discovery

The days were filled with demos, data and bench‑logs of meticulous detail. The nights brought the conversations that truly mattered. Over quiet drinks and late sessions, engineers from Marvell, Phison and Silicon Motion dropped hints about what came next. Those moments were candid, technical and unforgettable, and they were the pulse of progress.

Nights of discovery

The days gave me data and the nights gave me hints

Two panels side by side. The left panel, the days, has a round sun mark and three rows: demos, data and bench-logs in detail. The right panel, the nights, has a crescent moon mark and three rows: quiet drinks, late sessions and hints on what came next.01 THE DAYSDemosDataBench-logs in detail02 THE NIGHTSQuiet drinksLate sessionsHints on what came next
Figure 6 · What filled the days of a show and what the nights added. Illustrative values.

Days gave me the data, and nights gave me the hints about what came next.

Some stories were written down; others lived only in memory, traces in the firmware of experience.

Mentors, friends, and the long sync

Through all of it, I kept learning. Allyn Malventano stood out as a technical anchor whose deep understanding of power delivery, queue behavior and controller design opened my eyes to new dimensions of SSD performance. Countless lessons were drawn from Allyn’s dissection of complex architectures, and from those insights I refined my own enterprise review methodology.

Mentors, friends, and the long sync

Three people each gave my work something different

Three rows, each a neutral box on the left joined by a copper arrow to a teal box on the right. Allyn Malventano leads to my enterprise review method. A close friend leads to the enterprise-level tests. Paul Alcorn leads to a chance at Tom’s Hardware.WHOWHAT IT LED TOAllyn MalventanoMy enterprise review methodA close friendThe enterprise-level testsPaul AlcornA chance at Tom’s Hardware
Figure 7 · Who gave what: a method from Allyn Malventano, tests from a close friend and a chance from Paul Alcorn. Illustrative values.

Allyn shaped how I read a drive, my friend shaped how I tested one, and Paul gave me a place to publish the results.

I didn’t do it alone, because a close friend who would later take a role at Micron helped shape those enterprise‑level tests. Our collaboration turned my curiosity into capability, and their guidance left an indelible mark on the structure and accuracy of my reviews.

Then there was Paul Alcorn. He was a seasoned mind in enterprise storage and microarchitecture, and his grasp of system design ran as deep as his belief in giving new voices a chance. If Paul hadn’t taken a chance on me at Tom’s Hardware, things might have unfolded differently. That opportunity opened a door and defined a lineage of reviewers who understood hardware as a craft rather than a headline, from schematic to silicon.

Teal and orange rope strands radiating from a knotted center on a white wall, with small shells and beads attached along them.

The legacy of memory

In truth the circle was small, a handful of people scattered across states and time zones and united by benchmarks, timestamps and trust. I carry enormous respect and gratitude for all of them, for the friendships, the long nights and the stories that shaped my career and my life.

The legacy of memory

The circle of people lives inside the memory it kept

Three nested rectangles. The innermost, in teal, reads the small circle: benchmarks, timestamps and trust. The middle one reads data and meaning. The outer one reads held in the architecture of memory.Held in the architecture of memoryData and meaningThe small circleBenchmarks, timestamps,and trust
Figure 8 · Three nested layers, from the small circle outward to the architecture of memory. Illustrative values.

That small circle sits at the center of everything I remember from those years.

Storage devices have failed me over the years, but these memories, these shared experiences, have been etched on a medium yet unseen. They endure as data and as meaning, held in the architecture of memory itself.

For me, the world of flash and firmware was more than technology. It was a battlefield of bits, a network of rivals and mentors who rewired what it meant to tell the story of speed.

Sources

Primary is the original paper, standard or datasheet. Secondary is a review, a vendor summary or a news report. Measured is my own test data.

Show all 1 sources, 1 primary