The decision to separate from these employees was driven by a combination of performance management and alignment to ongoing objectives and investments.
We've decided to concentrate on software sales...
NVMe-over-fabrics array startup Pavilion Data Systems has laid off more engineers just a month after a previous cull during which co-founder Kiran Malwankar departed. It has now let go of further staffers from its core Silicon Valley-based software engineering team, leaving just three behind. CEO Malwankar started Pavilion in …
can get a job at Violin systems, I don't know why but I poked around the Pavillion website seeing where they had offices(actually I guess was interested how likely it was they were shipping those jobs overseas). Looked on google maps and kind of ironic I suppose that Violin is literally in the same building as Pavillion(looks like Violin is perhaps 1 floor above).
With respect to Gurpreet Singh's statement.
1. They haven't been able to secure $25M in funding which was expected for Series B. Only partial amount has been secured as they cannot generate Sales.They have been trying to get funding since Mid-December.
2. In storage you need "money and network" to sell system which would cost few hundred thousands dollar. See Pure Storage they got money else they would be out
3. Removing All of SQA and 60 percent of Core Development team from US office is part of normal evolution ? I think it is normal for shrinking companies not growing companies.
4. When would company let go of Core Engineering team to hire Sales/Sales support personnel ?
5. Two people working in Europe doesn't equal to opening an office in Europe ? Where is office in Europe. I don't find address on Pavilion Data website.
6. Removing Founder of company followed by complete hardware engineering + 60 percent of SW team + 100% SQA team for "performance management and alignment to objectives and investments".
At this point things don't add up :)
Two things that lead to layoff:
1. Pavilion's software and hardware product is fully developed and hardware is extremely stable. This lead to firing of key engineering team who didn't get along with CEO and CTO.
2. For VC to invest in Series B, they need to see Sales, Sales and only Sales. The CEO, CTO and VP Sales couldn't deliver single sales by themselves. Sales which has happened until now is because of earlier CEO and Founder. This CEO,CTO and VP of Global Sales team haven't delivered a single sale.
For Startup to succeed, CEO/CTO and Sales personnel's "Network" is more important than anything else. Network is developed based on TRUST. Nobody has Trust in this TRIO in Storage industry or Venture community. Product can be build by any other company too, it takes money and network to sell it. Selling is an Art not a Science!
With respect to Gurpreet Singh's statement.
1. They haven't been able to secure $25M in funding which was expected for Series B. Only partial amount has been secured as they cannot generate Sales.They have been trying to get funding since Mid-December.
2. In storage you need "money and network" to sell system which would cost few hundred thousands dollar. See Pure Storage they got money else they would be out
3. Removing All of SQA and 60 percent of Core Development team from US office is part of normal evolution ? I think it is normal for shrinking companies not growing companies.
4. When would company let go of Core Engineering team to hire Sales/Sales support personnel ?
5. Two people working in Europe doesn't equal to opening an office in Europe ? Where is office in Europe. I don't find address on Pavilion Data website.
6. Removing Founder of company followed by complete hardware engineering + 60 percent of SW team + 1005 SQA team for "performance management and alignment to objectives and investments".
At this point things don't add up :)
Two things that lead to layoff:
1. Pavilion's software and hardware product is fully developed and hardware is extremely stable. This lead to firing of key engineering team who didn't get along with CEO and CTO.
2. For VC to invest in Series B, they need to see Sales, Sales and only Sales. The CEO, CTO and VP Sales couldn't deliver single sales by themselves. Sales which has happened until now is because of earlier CEO and Founder. This CEO,CTO and VP of Global Sales team haven't delivered a single sale.
For Startup to succeed, CEO/CTO and Sales personnel's "Network" is more important than anything else. Network is developed based on TRUST. Nobody has Trust in this TRIO in Storage industry or Venture community. Product can be build by any other company too, it takes money and network to sell it. Selling is an Art not a Science!
The tech world's pandemic supply chain meltdown drove ServiceNow to place orders for a year worth of datacenter kit in January 2022, believing that doing so was necessary to get the hardware it needed to cope with growing customer workloads.
"Pre-COVID, I could generally get stuff in 45 days," CTO Pat Casey told The Register at ServiceNow's Knowledge 22 conference in Sydney, Australia, today.
Well-publicized coronavirus-related supply challenges caused ServiceNow's lead time for some networking kit to stretch to 160 days, while servers can take 120 days to arrive.
Fresh off the heels of Marvell Technology's Tanzanite acquisition, executives speaking at a JP Morgan event this week offered a glimpse at its compute express link (CXL) roadmap.
"This is the next growth factor, not only for Marvell storage, but Marvell as a whole," Dan Christman, EVP of Marvell's storage products group, said.
Introduced in early 2019, CXL is an open interface that piggybacks on PCIe to provide a common, cache-coherent means of connecting CPUs, memory, accelerators, and other peripherals. The technology is seen by many, including Marvell, as the holy grail of composable infrastructure, as it enables memory to be disaggregated from the processor.
A new Linux kernel patch from a Google engineer resolves a problem caused by a condition that many of us might quite like to experience – having too many NVMe drives.
The problem is caused by the relatively long time it takes to properly shut down a drive: apparently, as much as four-and-a-half seconds.
Remember Sun's X4500 storage server, originally codenamed Thumper? It was truly radical when it appeared: a 3U dual-processor server, but with a stonking 48 drive bays. These days Google has a bunch of boxes with a still-fairly-impressive 16 NVMe drives attached to each one. And when they have to reboot, they take a long time.
Analysis While much of the world was in lockdown in 2021, storage boomed. It was a year of ransomware, tech advances, hybrid multi-cloud, a switch to subscriptions and services, hypergrowth in analytics startup funding, and building a DPU data centre makeover.
Suppliers grew, were acquired, struggled, were reborn, and a few (very few) went under. We also saw moves on the high-level exec dancefloor as CEOs and other execs darted between companies, looking to make the optimal career move.
Updated Users of Windows 11 are complaining about slow write speeds on NVMe SSD drives, a problem which persists even though it was acknowledged by a Microsoft engineer three months ago.
At last week's Open Compute Project global summit, Seagate demonstrated a mechanical hard disk drive with an NVMe interface – an interface normally reserved for SSDs. The clue is right there in the name: NVM, Non-Volatile Memory. So the first question is... why?
Well, one purported reason is speed. While Seagate has been promising multi-actuator hard disks for about four years now, you still can't buy them.
The idea is that by having two (or more) separate arms scuttling independently to and fro across the media, hard disks can run fast enough that current SATA interfaces will prove to be a bottleneck. That's 6Gb/s for SATA revision 3, or 600MB/s in reality, while NVMe maxes out at 20Gb/s.
Nvidia has claimed a world record for storage IOPS using its Bluefield data processing units (DPUs).
The Bluefield kit is Nvidia’s take on a “SmartNIC” – a network interface card bulked up with a decent CPU so it can run workloads such as firewalls or encryption engines, so that CPUs can be freed for more important tasks. Hyperscalers routinely use SmartNICs and the likes of Nvidia, Intel, and VMware are working to bring them into mainstream data center scenarios.
Nvidia’s benchmark saw a pair of HPE ProLiant DL380 Gen 10 Plus servers hooked up with a dual-100GB ethernet Bluefield aboard each, in a configuration that offered 400Gb/s wire bandwidth between initiator and target. The company used the Storage Performance Development Kit (SPDK) and FIO test, and also targeted the Linux kernel.
Microsoft plans to bring the DirectStorage API developed for the forthcoming Xbox Series X to Windows PCs, and a development preview will be available next year.
According to DirectX Senior Program Manager Lead Andrew Yeung, the focus of the new API is PC gaming. Windows storage APIs have become a bottleneck in the path from data on storage volumes to graphics rendered on the GPU.
More detailed graphics means more data to shift, and with game engines breaking down textures into small chunks for memory efficiency, the number of IO requests has increased. NVMe (Non-Volatile Memory Express) storage has excellent I/O performance: 2.4GB/s in Xbox Series X, according to Microsoft's specifications, but the existing PC storage APIs cannot keep up. Taking full advantage of the bandwidth means more than 35,000 IO requests per second.
Amazon Web Services has created three more EC2 instance types that run its home-grown Graviton2 Arm-compatible processors.
The new instances are variants of the M6g, R6g, and C6g instances that the cloud colossus currently offers for general-purpose compute, memory-intensive applications, and compute-intensive workloads, respectively. And the main new feature is the addition of local NVMe-based SSD block-level storage. Adding this support ought to make the three instance types faster for storage-bound workloads. And who doesn’t want faster?
It’s also tough to reject cheaper? AWS claims they “deliver up to 40% better price performance and 50% more NVMe storage GB/vCPU over comparable x86-based instances for a wide variety of workloads.”
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