F

 

R

U

 

S

 

 

.0

SURF DRIVE FLASH

DRIVE

 

USB 2

 

 

Rubberized Rubberized

ClassicWhite

Top

Bottom

Top

Bottom

FEATURES:

Available Capacities: 512MB, 1GB & 2GB

Rubberized texture

Leash attachment on USB Drive

USB 2.0 High Speed Interface (USB 1.1 Compatible)

True Plug-and-Play connection for hot swap function

LED indicates when drive is in use

No drivers required for Windows Me/2000/XP, Mac OS 9.0 or later (Downloadable Windows 98SE)

www.acp-ep.com • (877) 292.1701

BK BL R W

Available

Solid Colors:

Shown at Actual Size: 20.7mm (W) x 4.9mm (H) x 101.8mm (L). Patent Pending.

Descriptions

Part Number

 

512MB USB 2.0 Rubberized Classic Model

EPSURF2.0/512CR

 

1GB USB 2.0 Rubberized Classic Model

EPSURF2.0/1GBCR

 

2GB USB 2.0 Rubberized Classic Model

EPSURF2.0/2GBCR

 

512MB USB 2.0 Rubberized Black Model

EPSURF2.0/512BK

 

1GB USB 2.0 Rubberized Black Model

EPSURF2.0/1GBBK

 

2GB USB 2.0 Rubberized Black Model

EPSURF2.0/2GBBK

 

512MB USB 2.0 Rubberized Blue Model

EPSURF2.0/512BBL

 

1GB USB 2.0 Rubberized Blue Model

EPSURF2.0/1GBBL

 

2GB USB 2.0 Rubberized Blue

EPSURF2.0/2GBBL

 

512MB USB 2.0 Rubberized Red Model

EPSURF2.0/512-R

 

1GB USB 2.0 Rubberized Red Model

EPSURF2.0/1GB-R

 

2GB USB 2.0 Rubberized Red

EPSURF2.0/2GB-R

Memory

 

512MB USB 2.0 Rubberized White Model

EPSURF2.0/512-W

ACP-EP

1GB USB 2.0 Rubberized White Model

EPSURF2.0/1GB-W

 

 

2007

2GB USB 2.0 Rubberized White

EPSURF2.0/2GB-W

©

Page 1
Image 1
ACP-EP Memory EPSURF2.0/512-R manual Usb, Rubberized Rubberized ClassicWhite, Descriptions Part Number, Top Bottom

EPSURF2.0/2GBBK, EPSURF2.0/512-R, EPSURF2.0/512BBL, EPSURF2.0/2GB-W, EPSURF2.0/1GB-W specifications

The ACP-EP Memory series, particularly the EPSURF2.0 line, represents a significant advancement in high-performance memory solutions. Designed with cutting-edge features and technologies, the EPSURF2.0 models offer a range of options to cater to various computing needs. The lineup includes models such as EPSURF2.0/2GB-W, EPSURF2.0/2GBBK, EPSURF2.0/512BBL, EPSURF2.0/2GBBL, and EPSURF2.0/1GB-R, each tailored for specific applications and requirements.

One of the standout features of the EPSURF2.0 series is its impressive data transfer speed. Leveraging advanced memory architecture, these modules provide high bandwidth and reduced latency, which is essential for intensive tasks, including gaming, content creation, and data analysis. The 2GB and 1GB variants are particularly suitable for entry to mid-level applications, whereas the higher 2GB models cater to more demanding environments.

The technology behind the EPSURF2.0 memory includes support for DDR (Double Data Rate) standards, ensuring rapid access to stored data. This allows for improved multitasking capabilities and smoother performance in applications that require substantial memory resources. Additionally, built with reliability in mind, the memory modules feature error-correcting code (ECC) options that help maintain data integrity, making them great choices for servers or critical computing environments.

Durability is another significant characteristic of the EPSURF2.0 series. The modules are engineered with robust materials that withstand physical stress and thermal fluctuations, ensuring long-term reliability in various conditions. This robust design makes them suitable not only for personal computers but also for industrial applications where environmental factors can be a concern.

Compatibility is a crucial aspect of the EPSURF2.0 family. These memory modules are designed to work seamlessly with a wide range of motherboards and systems, ensuring consumers have flexibility in upgrading their existing setups. The modular nature of the series allows users to select the memory size that best fits their computing needs, whether for casual use or demanding professional tasks.

In conclusion, the ACP-EP Memory EPSURF2.0 series stands out with its blend of high-speed performance, advanced technology, and durability. With various configurations available, it successfully meets diverse user requirements, making it a compelling choice for anyone looking to enhance their computing experience.