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Posted (edited)
They work great in backup servers!

 

Lol, I think I'll wait till they come down a bit more! The amount of backup data we have would mean we need about 30 of them to start. Quick back of packet calculation would put our next generation of backup solution at £23k, compared to £7.2k for a spinning disk solution of the same size.

Edited by localzuk
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Posted

SSDs are all limited by the SATA interface at this point, so read/write speed is a fairly meaningless comparison because they're all equally bottlenecked. Saying that, performance difference in the architecture is irrelevant when they're all equally bottlenecked...

 

850 Pro has higher random IOPS - 100k/90k across the board where the 840 EVO doesn't really ramp up until higher capacities.

 

Also a good deal: 256GB MX100 for £75.

Posted
SSDs are all limited by the SATA interface at this point, so read/write speed is a fairly meaningless comparison because they're all equally bottlenecked. Saying that, performance difference in the architecture is irrelevant when they're all equally bottlenecked...

 

850 Pro has higher random IOPS - 100k/90k across the board where the 840 EVO doesn't really ramp up until higher capacities.

 

Also a good deal: 256GB MX100 for £75.

 

Yeah this is why I had to think really hard before buying my rig. I did eventually go for a 840 500GB SSD but I'm really eyeing up the PCI SSD Cards at the moments which has write speeds of around 1200mbps which is more than double the performance. Though it's big £400 price tag and small capacity put me off, hopefully we will soon see PCI SSD's come down in price and I can use one as a boot drive.

 

SPEED SPEEEEEEED!

Posted
Yeah this is why I had to think really hard before buying my rig. I did eventually go for a 840 500GB SSD but I'm really eyeing up the PCI SSD Cards at the moments which has write speeds of around 1200mbps which is more than double the performance. Though it's big £400 price tag and small capacity put me off, hopefully we will soon see PCI SSD's come down in price and I can use one as a boot drive.

 

SPEED SPEEEEEEED!

 

Two or Three SATA 3 ( 6Gbps ) SSD's in a RAID 0 Config ??

 

Two should give you around the 1gbps read and a slightly slower write speed ?

Posted
SATA Express is just round the corner too and while the cables look like a nightmareish frankenbodge job of the worst kind, performance should be a lot better!
Posted

I'd say hold off on PCI-E SSDs until Skylake (the Intel CPUs 2 generations from now, so the i3/5/7-6xxx models). Rumblings are that Skylake will have 20 PCI-E lanes on board, so you can have 4 for the NVMe interface (i.e. the designed-for-SSD interface, unlike AHCI) and still have the full 16 lanes for your GPU. Skylake will also bring DDR4 support and is generally the next exciting update from Intel.

 

Skylake is supposed to be next year, though I wouldn't be surprised if it was more like 18 months.

Posted

Sounds good never heard of Skylake before but sounds very interesting! Will keep my eye out next year.

@mac_shinobi true about the RAID configuration but hopefully you see my point two PCIE SSD's in RAID 0 will give you 2gbps... That's why I was so interested and I'm not one to have more than one main storage drive in my computer at the moment it just has 1 840 SSD at 500GB and that does me because my server has 3TB of space for media files and the rest of it.

Posted (edited)

Haswell-E Series ??

 

Haswell-E Debuts: Intel Core i7-5960X Processor Review - HotHardware

 

Intel Core i7-5690X Extreme Edition Processor

Specifications & Features

 

Core Frequency:

3GHz (Up To 3.5GHz w/ Turbo)

QPI Speed:

6.4GT/s

TDP (Thermal Design Power):

140W

Number of CPU Cores:

8 (16 Threads w/ HT)

Intel SmartCache:

20MB

L2 Cache:

2MB (256K x 8)

Processor input voltage (VID):

~.7v

.022-micron manufacturing process

Shared Smart Cache Technology

Enhanced Intel SpeedStep Technology (EIST)

Extended HALT State (C1E) Enabled

Execute Disable Bit (XD) Enabled

Intel 64 Technology

AES-NI: Processor instructions

Intel Virtualization Technology (VT)

Packaging - Flip Chip LGA2011 v3

Total Die Size: Approximately 355.5mm2

Approximately 2.6B Transistors

Price - $999 - Find It @ Amazon

 

Eight Core Processing: Runs 8 independent processor cores in one physical package

 

Base Processor Frequency: 3.0 GHz

 

Massive PCI Express Bandwidth: 40 lanes of PCIe supported through the processor

 

Intel Turbo Boost Technology 2.0: Dynamically increases the processor frequency up to 3.5GHz when applications demand more performance. Speed when you need it, energy efficiency when you don’t.

 

Intel Hyper-Threading Technology: 16 threads provide unprecedented processing capability for better multi-tasking and threaded applications. Do more with less wait time.

 

Intel Smart Cache: Up to 20MB of shared cached allows faster access to your data by enabling dynamic and efficient allocation of the cache to match the needs of each core significantly reducing latency to frequently used data and improving performance.

 

Overclocking Enabled: Core (Turbo) and DDR4 ratios are unlocked for ease of overclocking

 

Integrated Memory Controller: Supports 4 channels of DDR4-21330 memory with 1 DIMM per channel. Support for XMP memory.

 

Read more: Haswell-E Debuts: Intel Core i7-5960X Processor Review - HotHardware

Edited by mac_shinobi

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