■ 운영체제를 새로 설치하지 않고 기존의 HDD 속도를 향상 시킨다.

■ SSD의 쓰기 기능을 최소화 시켜, SSD 수명을 연장시킨다.

■ 손쉬운 설치

■ 대부분의 2.5” SATA SSD와 호환


HDDBOOST의 초기 생산품(일련 번호 AC09520711 ~ AC09521708)에는 펌웨어용으로 USB 핀 헤더 및 케이블이 포함되었으나, 후속 생산품에는 더 이상 포함되지 않습니다. 모든 HDDBOOST(초기 생산품 포함)는 SATA 커넥터를 통해 펌웨어를 업데이트할 수 있기 때문에 더 이상 USB 커넥터가 필요하지 않습니다. SilverStone은 제품 설치 전에 펌웨어를 업데이트할 것을 적극 권장합니다. 사용 중인 HDDBOOST가 초기 생산품(일련 번호 AC09520711 ~ AC09521708)인 경우 최신 SSD와 개선된 호환성을 유지하려면 최대한 빠른 시일 내에 펌웨어를 업데이트하십시오.



인클로저 재질 1.0 mm SPCC 니켈도금
전원 요구 사항 PC 전원 공급장치에서 전달하는 +5V 입력
인터페이스 SATA 3Gbps
SDD 지원 2.5" SATA 인터페이스
애플리케이션 3.5" 내장 하드드라이브 베이
HDD 인터페이스 지원 3.5" 내장 하드드라이브 베이
컨트롤러 보드 치수 98.6mm x 24.5mm x 1.6mm
인클로저 인터페이스 1 x 7 핀 SATA 메인보드 커넥터.
1 x 7 + 15 핀 SATA (시스템 하드드라이브 와 전원커넥터 커넥터).
1 x USB 커넥터 (firmware 업그레이드용)
운영 체제 지원 Any OS (SATA 인터페이스 지원)
순 중량 160g±10g
치수 130.5mm (W) x 25.4mm (H) x 101.6mm (D)

  • 다운로드
  • 권장사항
  • 제품 리뷰
  • Q&A
  1. Improve synchronize speed.
  2. Fine tuning SSD compatibility.
  3. Limit firmware upgrade while storage synchronizing.
  1. Fixed disappear SST_HDDBOOST in some of Motherboard BIOS re-scan S.M.A.R.T device.
Note:   Support S.M.A.R.T. function command transfer to hard drive.
Note:   add start read data from HDD when SSD fail.
Note:   add SPI flash write command test before firmware write to flash.

HDDBOOST High resolution photos 687 KB
HDDBOOST Firmware 100127.1(2010/03/12) 512 KB
HDDBOOST Firmware 100416.1(2010/04/26) 512 KB
HDDBOOST Firmware 100715.v1_Beta(2010/07/20) 512 KB
HDDBOOST Firmware 20110425v1(2011/05/06) 512 KB
HDDBOOST Firmware upgrade guide v1.1 128 KB
HDDBOOST Utility 1.13Beta4 372 KB
HDDBOOST Manual v1.1 2,730 KB

긁힘 방지 잠금 매커니즘과 180° 커넥터가 포함된 SATA III 케이블 추가 정보...
SATA III cable with non-scratch locking mechanism and 90° connector 추가 정보...
세계에서 가장 가늘고 프로필이 가장 낮은 SATA 케이블 추가 정보...
Use SDP08 to convert an available 3.5" drive bay into two 2.5" drive bays. 추가 정보...
HDDBOOST will carry out the action of mirror backup right after the initial installation. This action will copy the front-end data of the original system hard drive to the SSD sequentially (assuming that the capacity of SSD is smaller than HDD.).

After the initial mirroring of data is completed, SSD and HDD will have the same front -end data. HDDBOOST’s controller chip will then set data read priority to SSD to take advantage of SSD’s much faster read speed. HDDBOOST’s priority will be determined by the following rules:

1.When data is present on both drives, read from SSD.
2.When data is not present on both drives, read from HDD.
3.Data will only be written to HDD.

Every time the system starts, HDDBOOST will initiate mirror backup automatically to ensure front-end data between the two drives are the same.
In general use, the data will be fully written to the hard drive, so no data would be lost. The Mirror backup process will not write data to the hard drive, thus eliminating the chance of data loss. Even if SSD wears out or HDDBOOST’s controller malfunctions, the original hard drive can still be used to boot the system normally.
In normal operating system environment, a system drive gets written onto constantly until the system is turned off. Compared to using SSD only as the main system drive, HDDBOOST will only write to SSD once sequentially during system boot up when it activates mirror backup. This significantly reduces the wear and tear that normally occurs when writing data to SSD.
During the first Mirror backup process, HDDBOOST will “Mirror” the front-end data from HDD to SSD directly. Defragmenting the HDD first will ensure there is as much data as possible to be copied to SSD.
After extended usage without rebooting, more and more data may no longer be mirrored on SSD to take advantage of its performance so re-booting the system on regular basis can ensure the performance is always maintained at a high level.
The recommended capacity of SSD will depend on the number of installed programs and the size of the operating system. Generally, Windows XP needs 8GB minimum while Windows Vista/7 needs 32GB minimum.
1. Plug the included SATA/power cable to the HDDBOOST and to corresponding connectors on the motherboard, power supply and system hard disk. Turn on the computer, the system will scan and install the driver automatically. After the above installation is completed, turn off your computer.
2. Connect your SSD carefully to the connector on the HDDBOOST. Turn on the system, enable the HDDBOOST as your boot hard disk drive and enjoy the powerful speed.
The HDDBOOST does not support S.M.A.R.T (Self-Monitoring, Analysis, and Reporting Technology). If you connect the HDDBOOST and S.M.A.R.T status error, it does not mean mechanical problem of HDDBOOST.
According the specification, the HDDBOOST can not backup data between the hard disk and the SSD. We suggest that user should backup important data manually in a regular time.
Yes, if you want to build a new computer system with HDDBOOST then you can install OS into HDDBOOST directly
Some benchmark software test with temporary files so SSD is not tested with these types of software. They read data from system hard drive only as a result of testing with temporary files. We recommend users to test HDDBOOST with professional software tools such as HD Tune Pro or HD Tach.
The original intention of including the USB connector to HDDBOOST was for firmware updates. However, further testing showed that firmware can be updated via SATA connection as well so USB is no longer needed. USB cable was only included with HDDBOOST batch with serial numbers from AC09520711 to AC09521708.
Software monitoring of HDDBOOST synchronization is only supported for Windows operating system via “HDDBOOST Utility.” To monitor synchronization status for other x86 computers running other types of operating systems such as Linux, it is necessary to look at status LEDs on the HDDBOOST. If synchronization is still in progress, both status LEDs on the HDDBOOST will flash rabidly at the same time. Once synchronization is finished, the LEDs will either flash independently or stop flashing.
Yes you can, you will need to use one HDDBOOST for each HDD and SSD combination in the RAID. On some motherboards, you may have trouble booting up using RAID with HDDBOOST installed. In this case, please go into your motherboard BIOS and change AHCI mode to IDE mode for better compatibility.