Features

Automatic Hold

4.Answer within three rings to prevent the callback from being cancelled.

5.If you were attempting to make an outside call and did not use LCR, you must now redial the telephone number.

After you answer, you hear a single tone, and the LED flashes green (in-use).

If you hear a busy tone after answering a callback, the called party is already on another call or the line has already been seized or has received an incoming call. Your request is not cancelled. You will be called again the next time a line becomes idle.

If the original call was made using LCR, the telephone number is automatically dialed.

➤To cancel ACB (to busy or DND station)

➤Press $XWR￿&DOOEDFN or [DN] + ￿￿￿.

Automatic Hold

Automatic Hold enables you to automatically place a call on hold by pressing another outside /LQH or a [DN] button—there is no need to press +ROG. You can also switch

between calls without having to press +ROG. Your telephone must be programmed for this feature, otherwise existing calls drop if you do not press +ROG before answering or making another call.

➤To use Automatic Hold

➤While on a call, press another /LQH or [DN] to receive/originate a new call. The LED of the accessed line flashes (in-use). The first call is put on hold and the LED flashes (on-hold).

➤To switch between calls

➤Press /LQH or [DN] of the held call. The LED of the line just accessed flashes (in- use). The LED of the Line or [DN] placed on hold flashes (on-hold).

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Toshiba DK manual To cancel ACB to busy or DND station, To use Automatic Hold, To switch between calls
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DK specifications

Toshiba DK (Disk Controller) series has established itself as a pivotal component in modern storage solutions, especially in the realms of personal computing and enterprise systems. This innovative disk controller family is designed to enhance performance, efficiency, and reliability, catering to a diverse range of applications from consumer electronics to data centers.

One of the main features of Toshiba DK is its advanced intelligent caching technology. This feature allows for optimized read and write operations, significantly improving the overall response time of data storage systems. The caching mechanism intelligently predicts data access patterns, storing frequently accessed data in high-speed memory to reduce latency and accelerate performance.

Another significant characteristic of the Toshiba DK series is its robust error correction capabilities. Equipped with sophisticated Error Correction Code (ECC) algorithms, it can detect and correct multiple errors that may occur during data transmission. This aspect is crucial for maintaining data integrity, especially in environments where data is continuously being read and written, such as in enterprise storage solutions.

Furthermore, the Toshiba DK series embraces cutting-edge NAND flash technology. The controllers are engineered to work seamlessly with NAND flash memory, achieving impressive read and write speeds while optimizing endurance. This synergy results in high-performance solid-state drives (SSDs) that are not only faster but also more reliable than traditional hard drives.

Energy efficiency is another hallmark of Toshiba DK. The controllers feature power management capabilities that dynamically adjust power consumption based on workload requirements. This not only leads to lower operational costs but also extends the lifespan of the storage device by minimizing unnecessary wear and tear.

Additionally, Toshiba DK supports various interface protocols, such as SATA, NVMe, and PCIe. This versatility allows it to cater to a wide range of user needs, making it suitable for everything from high-performance gaming rigs to enterprise-level servers.

In conclusion, Toshiba DK series exemplifies excellence in disk controller technology with its intelligent caching, robust error correction, advanced NAND flash integration, energy efficiency, and broad interface support. These features make Toshiba DK a preferred choice for manufacturers and users alike, ensuring they meet the evolving demands of contemporary data storage.
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