Third Party Printer Discovery in HP Web Jetadmin
Overview
HP Web Jetadmin has the ability to discover non-HP printers connected to the network via non-HP print server devices. By supporting third party printers, HP offers a network printer management solution that drives an additional step further toward the “one-stop-shopping” concept that LAN administrators desire. LAN administrators will now be able to discover and manage printers offered by all major printer vendors from a single software interface.
Discovery
During discovery of devices, HP Web Jetadmin uses SNMP queries to gather information from the printer and print server device. If HP Web Jetadmin concludes that the device is a peripheral such as a printer, plotter, multi-function device, etc., it will display it in the list of discovered devices. In order for HP Web Jetadmin to conclude that a device is a peripheral, the device must be able to answer a set of basic questions.
A MIB (Management Information Base) is a set of objects that defines the types of SNMP queries that can be asked of a device. For example, the Standard Printer MIB (RFC 1759) is a generic set of objects to which most peripherals should be able to provide answers when queried. The Standard Printer MIB consists of objects that describe functionality and capabilities of the printer such as page counts, media types, etc. Other common MIBs include MIB-II (RFC 1213) and the Host Resources MIB (RFC 1514).
Collateral-on-Demand: A Key Driver for Profit and Growth End-to-End Collateral-on-Demand Solutions—from HP Indigo
Collateral production takes on a new look
As a commercial printer, you know well what your customers are demanding for their collateral production. Today, they want shorter, more frequent print runs, the ability to change and update, as well as more customized and versioned pieces. Increasingly, they also demand that collateral be part of an integrated cross-media campaign that involves email, the web and direct mail.
Some market demands, though, will never change. More often than not, customers require the highest possible print quality, accurate color, crisp text, vivid images, and the best finishing options. They also want collateral produced yesterday... and at a competitive price, of course.
Every piece of marketing collateral plays an important communications role, whether it’s a brochure, flyer, business card, stationary proposal or white paper. As with any customer interaction, a company’s collateral informs customer perception.
In order to maintain that all-important brand identity which governs customer loyalty, companies invest heavily in their print collateral—in resources, time and money. In fact, for every dollar spent on printing, an additional five to eight dollars are typically spent on administrative costs, document preparation, creative development, reviews, warehousing and distribution.
Third Party Printer Discovery
Overview
HP Web Jetadmin has the ability to discover non-HP printers connected to the network via non-HP print server devices. By supporting third party printers, HP offers a network printer management solution that drives an additional step further toward the “one-stop-shopping” concept that LAN administrators desire. LAN administrators will now be able to discover and manage printers offered by all major printer vendors from a single software interface.
Discovery
During discovery of devices, HP Web Jetadmin uses SNMP queries to gather information from the printer and print server device. If HP Web Jetadmin concludes that the device is a peripheral such as a printer, plotter, multi-function device, etc., it will display it in the list of discovered devices. In order for HP Web Jetadmin to conclude that a device is a peripheral, the device must be able to answer a set of basic questions.
A MIB (Management Information Base) is a set of objects that defines the types of SNMP queries that can be asked of a device. For example, the Standard Printer MIB (RFC 1759) is a generic set of objects to which most peripherals should be able to provide answers when queried. The Standard Printer MIB consists of objects that describe functionality and capabilities of the printer uch as page counts, media types, etc. Other common MIBs include MIB-II (RFC 1213) and the Host Resources MIB (RFC 1514).
Devices must be able to answer queries defined in these common MIBs in order for HP Web Jetadmin to discover the devices. Otherwise, there is not enough information pertaining to the device to warrant displaying it in the list of discovered devices. HP Web Jetadmin focuses on printer management, and it would be increasingly difficult to distinguish devices as printers unless they can answer a standard set of questions such as those defined in the Standard Printer MIB.
The Important Role of Storage for Success in Business Continuance
Introduction
Virtually every organisation understands that its successful operation depends on the continuous availability of its applications. Most companies rely on internal applications – ranging from enterprise resource planning to payroll systems – to keep the wheels of their enterprise turning. They also depend on external-facing applications for everything from selling products to their customers to automating the supply chain with suppliers and partners. The failure of any of these mission-critical applications could be catastrophic to a business.
The causes of downtime are numerous. Top-of-mind causes include fire and natural disasters such as floods, tornadoes and hurricanes. More unexpected are causes such as power and cooling failures. But even more unforeseen are the failures that are not
thought of as true disasters: A fire in another part of the building can cause smoke and water damage in the best-protected data centre. Human errors such as the faulty configuration of a switch or accidental discharge of fire-suppression material can also cause downtime. When a failure occurs, its scope can range from a system to a rack, from a room to a floor, and from a building to an entire site.
Taking Innovation, Performance, and Reliability to the Next Level
From the moment you turn on your workstations in the morning, what are you trying to do? What’s a “winning day?”
Is it designing a better component—getting a healthy pat on the back for ingenuity? Or cleverly finding an extra .01%
margin in a series of stock trades, yielding a sizeable commission? Maybe it’s polishing up the last 20 seconds of
video in an awesome ad campaign, putting a huge smile on the client’s face?
These objectives can be met (and you can have a winning day)—it just takes the right tools. For most engineers/
designers/financial analysts/artists, the desktop personal workstation is the primary tool that can help make a day
successful. That winning day largely depends on leveraging the innovation displayed by the workstation vendor—in
effect, you’re looking for a good ROI (Return on Innovation).
HP’s new HP Z Workstations takes performance and reliability to the next level in nearly every aspect of workstation
design. Depending upon how the workstation and its applications are used, technological innovations in the following
areas will directly improve productivity.
HP Stable & Consistent Offerings
Choosing hardware and software for a workstation is often a no-brainer—you know what you need before you even start looking at platforms. What if you could pick and
choose your components based not only on your individual requirements, but also on the assurance that they would be available for the lifecycle of your HP Workstation? Now, with HP Stable & Consistent Offerings, you can. Choose from a range of options that will be available as long as your HP Workstation, including:
• Processors
• Graphics cards
• Hard drives
• Optical drives
• Memory
• Operating systems
• Peripherals
Sound amazing? It is. That’s HP.
Imagine measuring refresh cycles in years instead of months. HP Stable & Consistent Offerings allow HP Workstation customers such as OEMs and large enterprises to simplify their certification and support burdens and streamline large deployments with configurations that are long-term future-ready right out of the box. This stability is also a bonus for resellers and channel partners who want to meet the specialized platform stability requirements of their large volume customers and help them minimize the disruptions associated with repeatedly qualifying new configurations.
3M Australia Moves Towards a Total Document Solution with HP Managed Print Services
3M is fundamentally a science-based company. It produces thousands of imaginative products such as Post-it notes and is a leader in scores of markets from healthcare and highway safety to office products, abrasives and adhesives. With recent annual global sales of US$2 billion, it has 75,000 employees and operates in more than 65 countries.
One of those is Australia where 3M is headquartered in Pymble, New South Wales. 3M Australia has 14 sites with more than 700 employees and generated recent annual sales of US$420 million.
3M Australia moves towards a total document solution with HP Managed Print Services
3M Australia had a multi-vendor fleet of 130 devices which was complex and expensive to manage and maintain. At a global level, 3M Group also felt that its print, copy and fax fleets were inefficient and expensive so from the headquarters in St Paul, Minnesota, it negotiated a global Managed Print Services (MPS) contract with HP.
SAVINGS AND EFFICIENCIES
In Australia, this five year MPS contract generated significant savings and efficiencies so with the agreement of the global HQ, it has recently been renewed. Under the agreement, 3M pays a monthly fee consisting of a base rate and a ‘click charge’ based on actual page volumes. The agreement also covers print cartridges and repair/maintenance services.
Auditing and Securing Multifunction Devices
Introduction
It used to be that a printer was connected directly to a computer via a serial or parallel interface, while fax machines and copiers did not connect to a computer at all. You knew where these devices were in your buildings and securing their physical output was your
primary concern. In today's all-in-one world, you can now obtain single devices that are not only printers, but also copiers, scanners, and fax machines. These networked multifunction devices (MFDs) are increasingly common in enterprise environments and are manufactured by vendors such as Canon, HP, Kyocera, Xerox, and many others.
While time and money is spent on securing computer systems, MFDs (also called multifunction printers or all-in-one devices) are often overlooked. Unfortunately, they are computers in-and-of themselves, running an embedded operating system, advertising a variety of network services, and sporting gigabytes of hard drive space. Possible risks include information leakage from logs (e.g. fax numbers, long distance telephone codes, and filenames), SNMP attacks, poorly configured network services, and buffer overflows. Beyond
the network attacks, there is the potential for data recovery from an MFD's internal hard drive. While it might be a standard practice to secure wipe or destroy the hard drives from decommissioned laptops, workstations, and servers, what about MFDs that go in for maintenance or back to a leasing company after an upgrade?
This paper covers how to audit and secure your multifunction devices. It starts by giving an overview of the risks. Then it delves into how to discover MFDs on your network. Finally, it presents a checklist for securing these devices.
Note that the administration and configuration of MFDs varies widely depending on manufacturer, model, and firmware revision. This paper is intended as a starting point for securing MFDs; for specifics on how to implement its recommendations, consult your device's manual or manufacturer's website.
Schmidt Printing Expanding Variable-Data Capabilities—and Business—with HP Indigo
Established in 1912 as a small, three-man commercial print shop, Schmidt Printing today is a major supplier of direct marketing and other print services. The Byron, Minnesota-based printer specializes in medium-run web printing for direct marketers and a variety of other customers, including magazine, newspaper and card pack publishers and multi-channel merchants.
In 2009, Schmidt expanded its capabilities further by adding digital printing capabilities to its offering.
“A year ago, one of our largest customers was looking for a way to print a huge quantity of short-run, personalized postcards—about 1,000 cards per run, and millions of them per week,” says Jeff Winter, Director of Sales and Marketing at Schmidt. “The only way to provide short-run quantities at the volume they were requesting was with digital printing technology.”
“That’s when we started looking for a single solution that could offer variable data while cost-effectively handle a high volume of short run jobs,” says Winter. Schmidt reached out to its parent company, Taylor Corporation in Mankato, Minnesota, to help identify digital technology options that would meet their customer’s request—and at a competitive price point. Taylor is one of the ten largest graphic arts companies in the world, with over 90 locations around the globe, and has a long history working with HP to provide end-to-end graphic arts solutions.
Working together with Taylor’s management team, Schmidt considered a number of digital printing solutions before selecting an HP Indigo W7200 Digital Press.
“Installation happened very fast,” recalls Winter. “I have to give HP kudos—within two months, we went from the purchase order to having the press on our floor and running live product.”
Converged Block Storage Solution with HP StorageWorks MPX200 Multifunction Router and EVA
Executive summary
Are you using multiple Ethernet and Fibre Channel connections and wires to manage the network and storage traffic in your operating environment? Then you are likely concerned about Ethernet and Fibre Channel sprawl and associated management and maintenance costs. Having diverse networks adds to the workload of day-to-day operations. As market dynamics change, the way you operate your business also needs to change. It may be time for you to consider lossless 10 GbE Ethernet 1 and Fibre Channel over Ethernet (FCoE) technology as building blocks toward a converged network.
Convergence is the fundamental way to operate technology and business today—at a lower total cost of operation (TCO), and with a higher return on investment (ROI). It allows you to simplify your infrastructure by pooling your compute, storage, and server resources via virtualization technologies.
HP delivers market-leading Converged Infrastructure products and solutions. Our proven blade servers and enclosures can help you reduce 77 percent of your data center footprint2 by moving from rack mount to blade server platforms. With Converged Enhanced Ethernet (CEE)/FCoE networking technology, you reduce the number of host bust adapters, switches, and cabling
in the data center—enabling greater savings. FCoE is a new protocol that enables Fibre Channel traffic to be run in an Ethernet network. FCoE combines two leading technologies: the Fibre Channel protocol, which is the predominant storage area network (SAN) technology; and Ethernet, which is supported in all servers and data centers to provide more options to users for FC SAN connectivity and networking.

