Brian and crew just lately landed in Montreal to tour the Hypertec lab facility and witness some fascinating immersion-cooling traits with the chief within the area.
Following the lab tour and product demos, Brian sits down with Scott Shadley, Director of Management Narrative at Solidigm. Scott and Brian have a vigorous, candid dialogue as they hint the evolution of cooling, flash storage, and breaking away from legacy hard-drive type components.
Nonetheless, it’s not all about immersion know-how. Brian and Scott focus on sign integrity challenges in PCIe Gen5/6 and the trade-off between efficiency and reliability. In fact, there can’t be a podcast with out an AI section, so we cowl subjects reminiscent of AI-driven knowledge progress, RAID resiliency, and large-drive “blast radius” administration.
Scott discusses Solidigm’s concentrate on growing merchandise that clients need, moderately than guessing what the {industry} wants. This solely works when distributors work carefully with clients to grasp their ache factors. Scott will get into the collaboration with NVIDIA. It’s simple to listen to the thrill in Scott’s voice. In fact, as a result of it’s a large {hardware} setting, Brian has a tough time wiping the smile from his face.
This podcast covers all the pieces from early Fibre Channel drives to flash and NVMe, and in addition explores edge computing functions, AI inference offload, and immersion-qualified SSD developments.
This pod is a should for anybody within the evolution of immersion cooling and flash storage, in addition to why a powerful companion ecosystem is essential for buyer success. In case you have an additional 35 minutes, give this a pay attention or watch it from finish to finish; it’s definitely worth the time. In the event you’d prefer to discover particular subjects, we’ve damaged it down into five-minute segments.
0:00 – 5:00 | Immersion Cooling and Trade Developments
Highlights:
- Opening from Montreal with Solidigm and Hypertec.
- Dialogue of immersion cooling, liquid vs. air cooling, and touring Hypertec’s facility.
- Point out of OCP and the way knowledge heart engineers are “changing into plumbers” on account of widespread liquid‑cooled infrastructure.
- Solidigm’s collaboration with companions on direct‑to‑chip liquid cooling options is co‑designed with NVIDIA.
- Philosophy of open innovation: Solidigm contributes IP to {industry} requirements through SNIA to make sure interoperability.
- Emphasis on buyer‑pushed innovation over chasing the following PCIe or interface era.
5:00 – 10:00 | Evolution of Flash Storage and Type Elements
Highlights:
- Reflecting on early enterprise flash (Intel X25, SAS/Fibre Channel SSDs).
- Transition from legacy laborious drives to SSDs and the “breaking the field” second with NVMe.
- Emergence of latest type components (EDSFF → E1.S, E1.L, E3).
- Dialogue about how standardization is evolving past conventional 2.5” and three.5” drive designs.
- Design challenges with immersion environments and excessive‑density flash platforms.
- Significance of thermal stability: constant environments enhance endurance and reliability.
- Cooling improvements immediately tie to longer SSD lifespans and higher effectivity.
10:00 – 15:00 | PCIe Generations, Sign Integrity, and System Design
Highlights:
- Speak about connector design challenges in subsequent‑gen chilly‑plate and PCIe Gen 5 and 6 environments.
- Sign integrity points develop from PCIe 3→5→6: Each era will increase susceptibility to noise.
- Analogy: PCIe evolution from 3G to 5G: extra nodes, shorter distance, tighter tolerances.
- Solidigm’s view: optimize system structure and density as a substitute of chasing uncooked drive velocity.
- Many enterprise clients stay on Gen4 as a result of it’s “quick sufficient” for distributed workloads.
- Shift from pure efficiency towards holistic throughput, reliability, and effectivity.
15:00 – 20:00 | Reliability, Capability, and Buyer Belief
Highlights:
- Efficiency is balanced with high quality, longevity, and consistency.
- SSDs reaching “reliability of a DIMM.” Many purchasers cease swapping drives; they fail “eloquently.”
- Buyer satisfaction and belief are high priorities; Solidigm scores extremely in vendor rankings.
- Rise of extremely‑dense drives like 122TB fashions (D5‑P5336 household) and dialogue of adoption.
- Bigger capacities are not halo merchandise.
- Manufacturing problem: Smaller drives are tougher to supply as NAND density will increase.
- Drives sized for whole price of possession (TCO) optimization; method to “change spinning disks.”
20:00 – 25:00 | Information Progress, AI, and Blast Radius Issues
Highlights:
- Trade shift from deleting knowledge to holding all the pieces, fueled by AI coaching and inference wants.
- “Information sovereignty” pattern: Regional coaching knowledge units result in extra localized capability necessities.
- Rising demand for large native storage to adapt international fashions like GPT.
- Dialogue of “blast radius” and the chance of shedding a 100 TB drive.
- {Hardware} RAID for NVMe is again; GPU‑accelerated parity rebuilds are gaining traction.
- SSD rebuilds are quick. Downtime moderately than everlasting knowledge loss is the real concern.
- Many operators now design for failure‑in‑place architectures as a substitute of guide swaps.
25:00 – 30:00 | Future Instructions, AI Edge, and Innovation Alternatives
Highlights:
- Reflection on industry-wide inventory shortages pushed by the AI increase and NAND provide lags.
- Distinctive alternative to rethink architectures and attainable new type components or built-in flash + networking.
- Edge innovation: NVIDIA’s Spark and Jetson merchandise blur the boundaries between knowledge facilities and desktops.
- Exploration of NVMe offload for inference and retrieval-augmented era (RAG).
- Hope for a future the place storage improvements take heart stage at GTC alongside compute and DRAM.
- Emphasis on cross‑{industry} collaboration. SNIA’s new “Storage.AI” working teams combine storage, networking, and AI alignment efforts.
30:00 – 34:00 | Closing Ideas and On‑Web site Testing
Highlights:
- Returning to Hypertec’s immersion servers for actual‑world checks with Solidigm drives.
- Dialogue of thermal stability benefits: constant temperatures equal no throttling.
- Solidigm is working towards totally certified SSDs for hydrocarbon‑primarily based immersion liquids.
- Closing dialog: Mutual pleasure about palms‑on experimentation, efficiency consistency, and {hardware} innovation.
- Wrap‑up and goodbyes from Montreal.
