Location of Control, Function Definition

BATTERY INFORMATION

This unit operates on 1 x 1.5V AAA (UM-4) battery (rechargeable/non-rechargeable).

Power installation

1.Remove the battery compartment cover.

2.Insert 1 pc of “AAA” (UM-4) batteries with correct direction of polarity as marked inside the compartment.

3.Replace the compartment cover.

Warning

1.Make sure that the battery are installed correctly. Wrong polarity may damage the unit.

2.Only batteries of the same or equivalent type as recommend are to be used.

3.If the unit is not to be used for an extended period of time, remove the battery.

4.Do not dispose of batteries in fire, batteries may explode or leak.

5.Replace the battery when the unit stops operating properly.

6.Remove exhausted battery from the unit, dispose promptly and properly.

ACCESSORIES

Items included in the package:

1.“AAA” (UM-4) Alkaline Battery x 1

2.Stereo Earbuds

3.User Manual

4.Warranty Card

Location of Control

Function Definition

1.VOL + button

2.Strap hole

3.Next () button

4.VOL – button

5.PLAY () button

6.Previous () button

7.Display screen

8.USB port

9.Phone jack

10.Battery compartment cover

11.USB port cover

12.Menu button

13.Replay (A-B) button

14.Hold button

SMP-xGBUB, SMP-1GBUB specifications

The Jensen SMP-1GBUB and SMP-xGBUB are advanced memory modules designed specifically for a wide range of computing applications. These products showcase the latest in memory technology, offering high performance, reliability, and energy efficiency.

One of the main features of the Jensen SMP-1GBUB and its xGBUB variants is their ability to provide enhanced data transfer speeds. Utilizing DDR4 technology, these memory modules ensure that users experience significant improvements in the speed of data handling. This is particularly beneficial in applications requiring heavy multitasking or running memory-intensive software, such as video editing, gaming, or data analysis.

Both models come with a variety of capacities, with the "1GB" in SMP-1GBUB indicating a specific size, while the "xGB" in SMP-xGBUB suggests several capacity options, catering to diverse needs ranging from basic to advanced computing. This flexibility enables users to select the appropriate memory size for their specific applications and workloads.

Another noteworthy characteristic of these memory modules is their energy efficiency. Jensen has incorporated cutting-edge technologies that minimize power consumption without sacrificing performance. This aspect is particularly important in today's eco-conscious market, where reduced energy usage can lead to lower operating costs and a minimal environmental impact.

Jensen's SMP series also emphasizes reliability and durability. Equipped with advanced error-correcting code (ECC) technology, these modules can detect and correct common data corruption issues, thus ensuring data integrity during operation. This is vital in enterprise environments where data accuracy and reliability are critical.

Moreover, the design of Jensen SMP modules ensures compatibility with a wide range of motherboards and systems. They usually adhere to industry-standard specifications, allowing seamless integration without the need for extensive configuration changes. This plug-and-play feature streamlines the upgrade process for users, making it easy to enhance their system's performance.

Additionally, the Jensen SMP-1GBUB and SMP-xGBUB modules feature innovative thermal management strategies. Their heat spreaders are designed to dissipate heat effectively, maintaining optimal operating temperatures even under heavy loads. This not only enhances performance but also prolongs the lifespan of the memory modules.

In summary, the Jensen SMP-1GBUB and SMP-xGBUB memory modules stand out due to their exceptional performance, energy efficiency, reliability, and compatibility. They are ideal for anyone looking to elevate their computing experience, whether for personal or professional use. With cutting-edge technologies and thoughtful design, these modules represent an excellent investment for the future of computing.