IBM Ricoh 1985 manual Pcl, Ppds

Page 3

appearance of greater print resolution within the limitation of a set number of dots per inch (dpi).

The toner darkness setting offers 10 user-selectable settings to balance print darkness and toner savings. The higher the setting, the darker the print (that is, level 1 is the lightest). The printers ship with a default setting of 8. Level 8 to level 1 offers up to 50% toner savings, thus reducing the cost of printing. The toner darkness setting is available through the operator panel under the Quality menu and also accessible from the print driver.

Because of the printing technology, setting 9 and 10 do not provide darker print than the default setting of 8.

Font support

The InfoPrint 1985 printer resident fonts include support for the following:

Emulation

Number of scalable fonts

Number of bitmapped fonts

PCL 6

89

2

PostScript

158

0

PPDS

39

5

The fonts in the PCL emulation are compatible with the fonts in the HP LaserJet 4550, and include nine additional fonts and many extra symbol sets to support extra languages and applications. Included in the PCL emulation are OCR-A, OCR-B, and Code 3 of 9 barcode fonts. The fonts in the PostScript® emulation are compatible with all 136 fonts in Adobe® PostScript 3 and include 22 additional fonts.

Additional fonts can be downloaded to the printer RAM, optional user flash, or the hard disk.

The CD-ROM shipped with the printer includes screen fonts to match the printer's resident scalable fonts. The Software and Documentation CD also contains a variety of downloadable fonts for Hebrew and Arabic.

Features

The printer supports the following features:

Part

 

number

Description

39V0943

2 x 500-Sheet Drawer

39V0944

2000-Sheet Dual Input

39V0947

2,000-Sheet High Capacity Feeder

39V0945

2/3 Hole Finisher

39V0946

2/4 Hole Finisher

75P6949

Duplex Unit

39V3415

256 MB Memory

39V3416

512 MB Memory

39V3417

1024 MB Memory

39V3593

256 MB Flash Memory

39V3420

80 GB Hard Disk

39V3889

Bar Code Card

39V3463

Decryption Card

39V3633

IPDSTM & SCS/Tne Card

39V1524

Ethernet 10/100BaseTX (1 USB port)

39V1525

Ethernet 1000BaseTX (4 USB ports)

75P6855

802.11g Wireless to USB (EMEA)

75P6856

802.11g Wireless to USB (UK/Ireland)

39V3624

802.11b/g/n Wireless Print Server

39V3423

Parallel 1284-B Interface Card

39V3424

RS-232C Serial Interface Card

75P7029

10 ft. Parallel Cable

75P7030

2-meter USB Cable

39V3618

Korean Font Card

39V3619

Simplified Chinese Font Card

InfoPrint Solutions Company Europe, Middle

East, and Africa Hardware Announcement

ZG09-0303

InfoPrint is a registered trademark of Ricoh Co., Ltd.

3

Image 3
Contents Table of contents Planned availability date DescriptionUSB Ppds PCLProduct number PublicationsUPC Technical information Acoustics Electrical specifications Low-voltage modelsAverage power consumption High-voltage modelsConsumables Maintenance suppliesCable orders SuppliesWarranty period Warranty serviceTerms and conditions Page Maintenance processing Warranty service upgradesPost-warranty service ServicePacsAnnouncement countries PricesTerms of use

1985 specifications

In 1985, IBM and Ricoh collaborated to address the growing needs of businesses for efficient document management and printing solutions. This partnership was pivotal in introducing several innovative technologies and features that would become cornerstones in the realms of computing and office automation.

One of the main products resulting from this collaboration was the IBM/Ricoh Family of Document Processors. These machines were designed to enhance productivity in office environments by combining high-quality printing with advanced scanning capabilities. The emphasis was on multifunctionality, allowing users to perform multiple tasks—including printing, copying, and scanning—within a single device. This integration streamlined workflows, reduced the need for multiple pieces of equipment, and ultimately saved valuable office space.

The technology introduced in 1985 included high-resolution printing, making the devices suitable for producing professional-grade documents. These printers utilized laser technology, which offered faster printing speeds compared to traditional dot matrix printers. The crisp, clear output was essential for businesses that relied on meticulous documentation and presentation materials.

Additionally, the document processors featured advanced paper handling systems, enabling the use of various paper types and sizes. This flexibility allowed users to create everything from standard reports to brochures and flyers, enhancing the versatility of the devices. The inclusion of collating functionality further added to their usability by allowing users to automatically sort and assemble multi-page documents.

Another significant characteristic of these machines was the introduction of user-friendly interfaces, which simplified operation and reduced training time for employees. This focus on usability was vital, as it encouraged adoption across a wide range of user skill levels.

The integration of networking capabilities meant that these devices could be shared among multiple users, improving efficiency in larger office settings. This advancement paved the way for the concept of networked printing, a practice that has become commonplace in modern office environments.

Ultimately, the collaboration between IBM and Ricoh in 1985 played a crucial role in shaping the future of office technology, setting new standards for multifunctional devices. The advantages of speed, quality, and user-friendliness not only benefited businesses at the time but laid the groundwork for advancements in managed print services and document management solutions. Today, their legacy is reflected in the continued evolution of multifunction printers and copiers, which remain integral to office efficiency.