The purpose of the laser aim is to be able to tell where the laser

 

beam is pointing when scanning bar codes that are a long way

 

away from the unit. The laser point helps to locate the beam before

 

the laser starts rastering. Once the laser starts rastering, the bar

 

code will be scanned.

Laser Timeout

Turns off Laser / CCD after (1 – 9) seconds when the trigger is

 

pushed in Pulse mode, or held down in Trigger mode. The laser /

 

CCD will always turn off immediately after a good read.

Read Verify

Performs bar code re-reads the number of times (0 – 9) required for

 

applications where accuracy is critical. This is used where the bar

 

code is poorly printed or damaged.

Imager Options (2D Imager Only)

These options are used to configure the 2D Imager device behavior, and the trigger mode for the M71V2 handheld terminal.

Trigger Mode

Trigger Trigger activates scanning device for as long as trigger is held up to the Laser Timeout value in seconds. (Recommended)

Pulse Continues to keep the scanner active even when the trigger is not held down, up to Laser Timeout value in seconds.

Laser Timeout Turns off Laser / CCD after (1 – 9) seconds when the trigger is pushed in Pulse mode, or held down in Trigger mode. The laser / CCD will always turn off immediately after a good read.

Aim Time (mS) The amount of time the green LED aiming beam is on.

The purpose of the LED aiming beam is to be able to locate where the center of the LED beam is pointing when scanning bar codes

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IBM M71V2 manual Imager Options 2D Imager Only, Laser Timeout, Read Verify, Trigger Mode, 106

M71V2 specifications

The IBM M71V2 is a highly advanced server designed to meet the demanding needs of modern enterprise environments. Known for its robust performance and reliable scalability, the M71V2 is engineered to manage a variety of workloads, making it an ideal choice for businesses looking to optimize their IT infrastructure.

One of the standout features of the IBM M71V2 is its powerful processing capabilities, which are driven by the latest generation of IBM POWER processors. These processors are designed to handle multi-threaded applications efficiently and provide superior performance for critical business applications. With support for a large number of cores, the M71V2 can execute multiple tasks simultaneously, ensuring that businesses can run resource-intensive applications without compromising speed or efficiency.

The M71V2 is also built with advanced memory technology, offering high bandwidth and scalability options. Its memory architecture is designed to minimize latency and maximize throughput, enabling seamless access to data. This is particularly beneficial for applications requiring real-time data processing, such as analytics and large-scale databases.

In terms of storage, the IBM M71V2 provides flexible options to accommodate varying enterprise needs. It supports a range of storage configurations, including high-performance SSDs and traditional HDDs, allowing businesses to choose the best fit for their workloads. Additionally, the M71V2 features advanced storage management tools to streamline data management and ensure high availability.

Security is a paramount concern for modern enterprises, and the IBM M71V2 incorporates state-of-the-art security features. With built-in encryption capabilities and comprehensive security protocols, it helps safeguard sensitive data from unauthorized access and cyber threats. This focus on security allows businesses to comply with industry regulations and protect their critical information assets.

Networking capabilities are another area where the IBM M71V2 excels. It supports multiple networking technologies, including high-speed Ethernet and Fibre Channel, ensuring that it can handle the data transfer requirements of modern digital operations. The server is also designed for easy integration into existing network architectures, promoting seamless communication between devices.

Overall, the IBM M71V2 stands out as a versatile and powerful server solution, recognized for its performance and reliability. Its combination of advanced processing power, scalable memory, flexible storage options, and high-level security features makes it an optimal choice for enterprises seeking to power their digital transformation initiatives and drive business success.