Section 3: Setup for NetWare

Link a Print The next step is to link a print queue to the print server:

Queue to the

Print Server

1.Start PCONSOLE according to steps 1-3 on the previous page.

2.Select Print Queue Information (3.xx) or Print Queues (4.xx). If you plan to use an existing queue, then skip to step 5.

3.Press <Insert> to add a new queue.

4.Type a queue name, and press <Enter>.

5.Select the queue that you want the NPS 530/532 to service. The Print Queue Information menu appears.

6.Select Queue Servers (3.xx) or Print Servers (4.xx).

7.Press <Insert> to display the Queue Server Candidates list.

8.Select AXIS<nnnnnn>.

9.Press <Escape> repeatedly to return to the main menu.

Repeat this procedure for every queue you want the NPS 530/532 to service. The NPS 530/532 supports up to 96 print queues, defined on up to 16 file servers.

Print Server Mode (Parameter Controlled)

This is similar to the automatic print server mode, but the NPS 530/532 will not automatically log in to all file servers and scan for queues to service. Instead, the file servers and print queues are specified by a set of parameters in the NPS 530/532 configuration. This is the recommended method for medium-sized networks.

NetWare The NetWare configuration is identical to the one described for Configuration automatic print server mode. Follow the instructions in “Add a Print

Server” (page 17) and “Link a Print Queue to the Print Server” (page 18) to add a print server and assign queues to it.

18

Axis NPS 530/532 User’s Manual

Page 18
Image 18
Axis Communications NPS 532, NPS 530 Print Server Mode Parameter Controlled, Queue to Print Server, Select AXISnnnnnn

NPS 532, NPS 530 specifications

Axis Communications, known for its innovative network video solutions, has recently introduced its new line of network power supplies, the NPS 530 and NPS 532. These robust devices are designed to meet the increasing power demands of network cameras, ensuring reliable and efficient operation in various surveillance applications.

The Axis NPS 530 and NPS 532 power supplies are engineered for optimal performance in network video installations. One of their main features is their high power output. The NPS 530 provides up to 60 W, while the NPS 532 delivers up to 120 W of power, making them suitable for powering multiple network devices simultaneously. This high power capability allows for the use of more advanced cameras equipped with enhanced features, such as pan-tilt-zoom (PTZ) functionality, which can require significantly more power.

Both models are equipped with Power over Ethernet (PoE) technology, which simplifies installation and reduces the need for additional wiring. PoE enables a single cable to provide both data connection and electrical power to devices, making the installation process more efficient and cost-effective. The NPS 530 and NPS 532 support the IEEE 802.3at and 802.3af PoE standards, ensuring compatibility with a wide range of network devices.

Another key characteristic of these power supplies is their resilience and reliability. The rugged design of the NPS series ensures durability in various environmental conditions, making them suitable for both indoor and outdoor installations. They are constructed with high-quality components that enhance their longevity, reducing the total cost of ownership over time.

The NPS 530 and NPS 532 also feature advanced thermal management systems. These systems help maintain optimal operating temperatures, preventing overheating during prolonged usage. Additionally, both models include LED indicators that provide real-time status updates, allowing users to monitor the operational state at a glance.

In conclusion, the Axis NPS 530 and NPS 532 power supplies stand out in the market for their high performance, advanced PoE technology, and robust design. They offer an ideal solution for modern surveillance needs, ensuring security professionals can deploy powerful network cameras with confidence. With these innovations, Axis Communications continues to set the standard in reliable video surveillance technology.