Solid Lifters
In Memoriam
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- Inland Empire SoCal
- SOLID_LIFTERS
New PC Features Worth Waiting For
1.) SandForce SSD Processor
SATA 3 drives capable of parallel read and write speeds of 500MB/s
Unequaled IOPS of 60k at sustained 4k transfer level
Equal 60k IOPS for BOTH read and write speeds
SSD Toolbox available for manufacturers to include with SSDs;
RAISE technology that now allows full recovery of information as high as the block level should a failure occur
DuraWrite technology which allows the Processor to optimize mlc in high IO environments so that it lasts longer which enables mlc to be used more commonly at the
enterprise level
SAS-bridge support for non-512 byte sectors which allows for the SF-2000 chips to optimize SAS drive performance
Increase from AES-128 encryption to AES-256 double encryption
Full support of ONFi2 speeds creating a 4 times faster flash bus
Enhanced ECC (error correction) on the fly which is now supported at full speeds
Hardware control at the enterprise/business level which allows adjustment of power/performance ratio (throttling) based on their specific needs
2.) Universal Serial Bus 3.0 (USB 3)
Already here
400mb/s a second data transfer vs. 60mb/s for USB 2
Currently ignored by Intel Corp for in vavor of their 'Power Light'
3.) SATA III
Already here
6 Gbit/s bandwith
500 MB/s data transfer speed (read/write)
4.) Light Peak
Proprietary fibre optical cable interface developed and supported by Intel
Connects devices in a peripheral bus
High bandwith at 10Gbit/s
Potential to reach 100Gbit/s in future
Develope as a single universal replacement for current busses such as SCSI, SATA, USB, FireWire and PCI Express
Problem is not supported by anybody else and wont be introduced until after 'Copper Peak'
5.) Copper Peak
A non fibre optic version of Light Peak that uses copper
Speeds at or just over SATA III and USB 3, but no numbers are available
Will hit the market first before Light Peak
6.) DDR4 Memory
Developed by Samsung Electronics
Uses 30nm class process technology
1.2v 2GB DDR4 unbuffered dual in-line memory modules (UDIMM)
DDR4 will be able to run at up to 3.2Gbps compared to 1.6Gpbs for DDR3 and 800Mbps for DDR2
Data transfer rates of 2.133Gbps at 1.2v compared to 1.35 and 1.5v DDR3 DRAM with speeds up to 1.6Gbps
Laptop/Notebook DDR4 modules reduce power consumption by 40 percent compared to DDR3
Uses Pseudo Open Drain (POD) technology which allows DDR4 DRAM to consume half the electric current of DDR3 when reading or writing data
DDR4 will be able to run at up to 3.2Gbps compared to 1.6Gpbs for DDR3 and 800Mbps for DDR2
7.) PCI Express 3.0
Doubles transfer rate of PCI Express 2.0/2.1
8 GT/s bit rate
Specs released November 18, 2010
Video cards and motherboards by manufactures are currently in development
8.)Bulldozer
AMD hot new lineup of CPU
8 Core
Rumored to be 50 percent faster than Core i7 950 4 Core CPU
I'd love to build a new system, but there are more than a few new PC features that appear to be worth waiting for. Problem is, I don't have a clue what I should wait for, for my needs!
I want a machine for storing videos that I made myself. TV shows, movies, songs, etc. I will be using the latest video production software and audio production software for video and audio encoding. I'm not much of a gamer, but will do so from time-to-time. I want to be as 'future-proof' as possible, within reason.
I really like the new SB Intels, but I've been a AMD fan for over 10 years. Bulldozer is worth the wait. But, what about the other features? What's going to be best for me?
1.) SandForce SSD Processor
SATA 3 drives capable of parallel read and write speeds of 500MB/s
Unequaled IOPS of 60k at sustained 4k transfer level
Equal 60k IOPS for BOTH read and write speeds
SSD Toolbox available for manufacturers to include with SSDs;
RAISE technology that now allows full recovery of information as high as the block level should a failure occur
DuraWrite technology which allows the Processor to optimize mlc in high IO environments so that it lasts longer which enables mlc to be used more commonly at the
enterprise level
SAS-bridge support for non-512 byte sectors which allows for the SF-2000 chips to optimize SAS drive performance
Increase from AES-128 encryption to AES-256 double encryption
Full support of ONFi2 speeds creating a 4 times faster flash bus
Enhanced ECC (error correction) on the fly which is now supported at full speeds
Hardware control at the enterprise/business level which allows adjustment of power/performance ratio (throttling) based on their specific needs
2.) Universal Serial Bus 3.0 (USB 3)
Already here
400mb/s a second data transfer vs. 60mb/s for USB 2
Currently ignored by Intel Corp for in vavor of their 'Power Light'
3.) SATA III
Already here
6 Gbit/s bandwith
500 MB/s data transfer speed (read/write)
4.) Light Peak
Proprietary fibre optical cable interface developed and supported by Intel
Connects devices in a peripheral bus
High bandwith at 10Gbit/s
Potential to reach 100Gbit/s in future
Develope as a single universal replacement for current busses such as SCSI, SATA, USB, FireWire and PCI Express
Problem is not supported by anybody else and wont be introduced until after 'Copper Peak'
5.) Copper Peak
A non fibre optic version of Light Peak that uses copper
Speeds at or just over SATA III and USB 3, but no numbers are available
Will hit the market first before Light Peak
6.) DDR4 Memory
Developed by Samsung Electronics
Uses 30nm class process technology
1.2v 2GB DDR4 unbuffered dual in-line memory modules (UDIMM)
DDR4 will be able to run at up to 3.2Gbps compared to 1.6Gpbs for DDR3 and 800Mbps for DDR2
Data transfer rates of 2.133Gbps at 1.2v compared to 1.35 and 1.5v DDR3 DRAM with speeds up to 1.6Gbps
Laptop/Notebook DDR4 modules reduce power consumption by 40 percent compared to DDR3
Uses Pseudo Open Drain (POD) technology which allows DDR4 DRAM to consume half the electric current of DDR3 when reading or writing data
DDR4 will be able to run at up to 3.2Gbps compared to 1.6Gpbs for DDR3 and 800Mbps for DDR2
7.) PCI Express 3.0
Doubles transfer rate of PCI Express 2.0/2.1
8 GT/s bit rate
Specs released November 18, 2010
Video cards and motherboards by manufactures are currently in development
8.)Bulldozer
AMD hot new lineup of CPU
8 Core
Rumored to be 50 percent faster than Core i7 950 4 Core CPU
I'd love to build a new system, but there are more than a few new PC features that appear to be worth waiting for. Problem is, I don't have a clue what I should wait for, for my needs!
I want a machine for storing videos that I made myself. TV shows, movies, songs, etc. I will be using the latest video production software and audio production software for video and audio encoding. I'm not much of a gamer, but will do so from time-to-time. I want to be as 'future-proof' as possible, within reason.
I really like the new SB Intels, but I've been a AMD fan for over 10 years. Bulldozer is worth the wait. But, what about the other features? What's going to be best for me?