[YANGXI] HDD DOCKING SUPERSPEED USB3.0 (PCIE,ExpressCard)

Feature available to Store Members

ANYONE WHO INTERESTED WITH IT KINDLY CONTACT US : -

Name : YANGXI
Contact No : 012 2753030
Email : yangximusic@gmail.com

COD MELAKA (call me confirm)
-carrefour BIG APPLE / Hotel Equatorial
-Ujong Pasir Pretonas (near Klinik) *night time

Outstation Buyer : Gdexpress or Poslaju

OLD USB2.0 product , MAX read/write speed only ~32MB/s.
But using USB3.0 is 2-3 times faster than !!

Other E-SATA (just external type SATA). Disadvantage it can't direct plug&use. 

SUPPORT WINDOWS 7 (32bit / 64bit)  *March 2010 Driver.
 

1.) Super Speed USB3.0 SATA Docking Station (2.5" & 3.5") 


MODEL: Yangxi HDD Docking
PRICE: RM200 RM120 each
COLOR: Black
Warranty : 6 months

 2.) K3 PCI-E Card USB3.0 Adapter Card (2x port) *Rev B.


1set = RM 80


Chipset: NEC UPD720200



*Solid Cap.
*Without 4pin power also can use

The Yangxi K3 2-Port PCI-e SuperSpeed USB 3.0 Host Card upgrades any desktop computer to the newest USB 3.0 standard.
Integrated with the latest SuperSpeed USB 3.0 technology, transferring files to an USB 3.0 external hard disk is faster than ever
with transfer speeds of up to 5Gbps. Back up important data such as HD video, high resolution photos to an external USB 3.0
in a fraction amount of time. Backwards compatible, the 2-Port PCI-e SuperSpeed USB 3.0 Host Card allows the use of
USB 2.0 and USB 1.1 devices making this card truly versatile. Upgrading your computer to the newest USB 3.0 technology
has never been so easy with the K3 2-Port PCI-e SuperSpeed USB 3.0 Host Card.





3.) K4 PCMCIA ExpressCard USB3.0 Adapter Card (2x port)
*For Notebook


1set = RM100


Chipset: NEC UPD720200



 

SuperSpeed USB 3.0 FAQ (Frequently Asked Questions )


Q1: What is SuperSpeed USB 3.0?

A1: USB 3.0 is the next major revision of the Universal Serial Bus, which was originally formed in 1996 by a group of companies led by Intel to create a simple connection between computers and peripherals. USB 2.0, the current standard, has been the de facto standard for years now and more than 6 billion USB 2.0 devices have been sold.

USB 3.0 was first shown off in 2007 when Intel demonstrated what they called "SuperSpeed USB". Since then they have been working on improving and unifying the USB 3.0 standard so when peripheral and computer makers receive the USB 3.0 specs, they will work universally.

USB 3.0 promises the following enhancements:

* Higher transfer speeds up to 4.8 Gbps
* Full-duplex data transfers (allows for simultaneous back-and-forth data transfer)
* Increased bus power to allow for more power supply to devices
* New power management features
* New connectors and cables, but they are backwards compatible with USB 2.0 standards


Q2: How does USB 3.0 gain these new features?

A2: USB 2.0 currently uses only four wires (power, ground, 2 for data) while USB 3.0 adds four more wires for receiving and transmitting data. This means that USB 3.0 will be able to simultaneously send and receive data where USB 2.0 cannot. This means a ten-fold increase in bandwidth in itself from USB 2.0's 480 Mbps max transfer rate.


Q3: What do the new power management features mean for me?

A3: USB 2.0 has been known for not being able to provide enough power for power-hungry devices, which is why some peripheral require a power connection in addition to the USB connection. USB 3.0 provides up to 50% more power for simple devices (up to 150 mA from 100 mA) and 80% more power (up to 900 mA) for more advanced devices. This means many things for devices, such as faster charging, less need for a power connection, etc. There is a new B connection for USB 3.0 that is powered, which can provide up to 1000 mA to extremely power-hungry devices because they contain an extra two power contacts in the connector.


Q4: Are the new connectors backwards compatible?

A4: Yes. Existing USB 2.0 peripherals will continue to work with 3.0 ports and vice-versa. However, plugging in a USB 2.0 device into a 3.0 host will only be able to achieve the maximum speed and power allowed by the 2.0 standard. In other words, the speed and power allowed will be limited by the slowest standard connected.

USB 3.0 connectors are longer, however, to allow them to reach the extra set of contacts located deeper on USB 3.0 ports. This won't affect backwards compatibility because plugging into a USB 2.0 port just means those extra set of contacts won't be connected, but the essential contacts will be connected. Therefore, plugging in a USB 3.0 cable into a 3.0 port will allow for the connectors in the far back that provide that extra speed and power boost will come in contact.

 

BENCHMARK

Test System:

OS: Windows XP SP3

CPU: PHENOM II X2 550
MB: GA-MA78GM-S2HP
RAM: Kingston DDR2-800 2x2GB
HDD: WD 1TB EADS Green

SATA Mode : Native IDE (no AHCI)


USB3.0 Enclosure + PCI-E USB3.0 Card = ~82MB/s
USB3.0 Enclosure + Motherboard USB2.0 port = 32MB/s
Motherboard SATA 2 = ~70MB/s


1.) USB3.0 Enclosure -> PCI-E USB3.0 Card





2.) USB3.0 Enclosure -> Motherboard USB2.0 port





3.) Motherboard SATA 2