| KV-S7065C | ||||
| Scanning Type | A3 Flated+ADF | |||
|---|---|---|---|---|
| Scanning Face | Duplex scanning | |||
| Scanning Method | Hybrid CIS | |||
| Scanning Resolution | 100 to 600 dpi (1dpi step) (B/W and Color) (Optical 600 dpi) | |||
| Flatbed Scanning Speed | 0.704 s (Letter, 200dpi), 320μ sec/line | |||
| Simplex | Duplex | |||
| Binary Speed*1 200 dpi | Landscape | Letter | 65 ppm | 110 ipm |
| A4 | 65 ppm | 110 ipm | ||
| Portrait | Letter | 60 ppm | 100 ipm | |
| A4 | 60 ppm | 100 ipm | ||
| Color Speed*1 200 dpi | Landscape | Letter | 65 ppm | 110 ipm |
| A4 | 65 ppm | 110 ipm | ||
| Portrait | Letter | 60 ppm | 100 ipm | |
| A4 | 60 ppm | 100 ipm | ||
| Hopper Capacity | Up to 200 sheets (64 g/m2; 17 lbs.) | |||
| Other Functions | • Control sheet • Patch code detection (Type 2, 3, T) [ISIS] • Double feed detection (Ultrasonic method) • Pre Imprinter Capability (Option) | |||
| Image Output | Binary mode, Grayscale mode (8 bit), color (24 bit), MultiStream output | |||
| Tonal Gradation (Bitonal Mode) | Dither, Error diffusion, Grayscale (8 bit), Color (24 bit), Binary, | |||
| Image Compression | G3, G4 (B/W binary), JPEG (grayscale/color) | |||
| Paper Size | Minimum | ADF 48 x 70 mm (1.9 x 2.8 in.) | ||
| Maximum | ADF 302 x 635 mm (11.9 x 25 in.) Flatbed Max. 297 x 432 mm (11.7 x 17 in.) | |||
| Paper Thickness Note: 1 mil = 1/1000 in. | Single Feed | 0.05 to 0.15 mm (2.0 to 5.9 mils) | ||
| Continuous Feed | 0.05 to 0.15 mm (2.0 to 5.9 mils) | |||
| Paper Weight*3 | Single Feed | 40 to 127 g/m2 (11 to 34 lbs.) | ||
| Continuous Feed | 40 to 127 g/m2 (11 to 34 lbs.) | |||
| Business Card | Thicker than 127 g/m2 (34 lbs.) | |||
| Interface | SCSI (50 pin) / USB 2.0 | |||
| General | ||||
| Dimensions (W x D x H)*2 | 755 x 508 x 289 mm (29.7 x 20 x 11.4 in.) | |||
| Weight*2 | 29 kg (64 lbs.) | |||
| Power Requirement | AC 100 - 120 V, 50 Hz/60 Hz AC 220 - 240 V, 50 Hz/60 Hz | |||
| Power Consumption | Scanning | 1.5 A (AC 100-120 V) 0.7 A (AC 220-240 V) | ||
| Standby | 0.6 A (AC 100 - 120 V) 0.3 A (AC 220 - 240 V) | |||
| Sleep Mode | 8 W or less (AC 100 - 120 V) 8 W or less (AC 220 - 240 V) | |||
| Operating Environment | 10 °C to 35 °C (50 °F to 95 °F), 30% to 80% RH | |||
| Storage Environment | 0 °C to 40 °C (32 °F to 104 °F), 10% to 80% RH | |||
| Accessories | ||||
• Installation manual CD-ROM | ||||
| Options | ||||
| Roller Exchange Kit | KV-SS015 | |||
| Roller cleaning paper | KV-SS03 | |||
| Imprinter Unit (Pre Scan, 72 characters) | KV-SS014 | |||
| Ink Cartridge | KV-SS021 | |||
- Panasonic Scsi & Raid Devices Driver Download For Windows 10
- Panasonic Scsi & Raid Devices Driver Download For Windows 7
- Panasonic Scsi & Raid Devices Driver Download For Windows 8.1
*1 The scanning speed differs depending on the host computer, the operating system, the application, the measuring method, the quantity of data in the image, and the paper type. The scanning speed is as determined by Panasonic methods of speed measurement.
*2 Dimensions and weights are approximate.
*3 'Weight in pounds' of paper represents the weight of 500 sheets (17 in. x 22 in. / 432 mm x 559 mm)
The SCSI system used on a CD-ROM drive utilizes multiple components for its success: A physical target. The target used on the SCSI setup is the physical disc player or hard drive that the connection is to work with. A cable layout is used on an SCSI hard or disc drive. The cable is responsible for linking up the drive to a computer. 3.5” SCSI SCSI SSD Drive SCSI Disk Drive SCSI Storage Device SCSI Hard Disk Drive SCSI Solid State Drive SCSI Drive Replacement SCSI Products HDD Replacement SSDL SSD Removable Disk SCSI Tape Drive SCSI PC Card SCSI Flash Drive SCSI Floppy Drive CF2SCSI™ SCSIFLASH™ Emulation Drives Network Drive CF Card 50 Pin 68 Pin 80 Pin Data Storage.
5XX-SCSI.ZIP - Panasonic 5xx SCSI CD-ROM drivers 720PCM32.ZIP - Panasonic KXL-D720 PCMCIA CD-ROM drivers DOS/WIN 95 720WINTB.ZIP - Panasonic KXL-D720 PCMCIA CD-ROM drivers WIN NT 3.51 740OS2.ZIP - Panasonic KX-LD740 PCMCIA SCSI 4x CD-ROM drivers for OS/2 WARP 740SETUP.ZIP - Panasonic KX-LD740 PCMCIA SCSI 4x CD-ROM drivers for DOS/WIN 95.
• ISIS and QuickScan are registered trademarks or trademarks of EMC Corporation in the United States and other countries.
• ENERGY STAR® and the ENERGY STAR certification marks are registered US marks.
• All product names are trademarks or registered trademarks of their respective holders.
• Specifications are subject to change without notice.
Banner area begins from here.
Sub Menu begins from here.
- Document Scanner
- A3 Scanner
- A4 Network Scanner
- A4 Scanner
- Document Scanner
BLUE - The main servo with a large coil provides the primary force to move the head mechanism.
YELLOW - A secondary smaller coil primarily acts to keep the head mechanism aligned parallel with the disk surface.
RED - The drive eject motor allows the disk to be under computer control so that it normally will not eject until the computer has completed its read or writing tasks.
The SuperDisk LS-120 is a high-speed, high-capacity alternative to the 90 mm (3.5 in), 1.44 MBfloppy disk. The SuperDisk hardware was created by 3M's storage products group Imation in 1997, with manufacturing chiefly by Matsushita.
The SuperDisk had little success in North America; with Compaq, Gateway and Dell being three of only a few OEMs who supported it. It was more successful in Asia and Australia, where the second-generation SuperDisk LS-240 drive and disk was released. SuperDisk worldwide ceased manufacturing in 2003.
History[edit]
The design of the SuperDisk system came from an early 1990s project at Iomega. It is one of the last examples of floptical technology, where lasers are used to guide a magnetic head which is much smaller than those used in traditional floppy disk drives. Iomega orphaned the project around the time they decided to release the Zip drive in 1994. The idea eventually ended up at 3M, where the concept was refined and the design was licensed to established floppy drive makers Matsushita and Mitsubishi. Other companies involved in the development of SuperDisk include Compaq and OR Technology.
Matsushita continued development of the technology and released the LS-240. It has double the capacity of the LS-120 and the added feature of being able to format regular floppy disks to 32 MB capacity.[1] However, this higher density comes at a price – the entire disk must be rewritten any time a change is made, much like early CD-RW media.
A SuperDisk drive was used in two Panasonic digital cameras, the PV-SD4090[2] and PV-SD5000,[3] which allowed them to use both SuperDisk (LS120) and 3.5' floppy disks as the memory media.
Technical information[edit]
The SuperDisk's format was designed to supersede the floppy disk with its higher-capacity media that imitated the ubiquitous format with its own 120 MB (and later 240 MB) disk storage while the SuperDisk drive itself was backwards compatible with 1.44 MB and 720 KB floppy formats (MFM). Superdisk drives read and write faster to these sorts of disks than conventional 1.44 MB or 720 KB floppy drives. The newer LS-240 drives also have the ability to read and write regular 1.44 MB floppies at much higher densities.
The true capacity of these 'SD120MB' drives[4] is 120.375 MiB aka 126.22 MB (FAT16B with logical geometry 963/8/32 CHS × 512 bytes). The 'SD240MB' drives have a capacity of 229.25 MiB aka 240.39 MB (FAT16B with logical geometry 262/32/56 CHS × 512 bytes). 1.44 MB HD floppies formatted to 32 MB as 'FD32MB' (FAT16B with logical geometry 1024/2/32 CHS × 512 bytes) in the LS-240 show a dummy FAT12 file system (with logical geometries 160/2/9 or 80/2/18) when inserted into a normal floppy drive.
SuperDisk drives have been sold in parallel port, USB, ATAPI and SCSI variants. All drives can read and write 1.44 MB and 720 KiBMFM floppies, as used on PCs, Apple Macintoshes (High Density format only, see below), and many workstations. 2.88 MB floppy formats are not supported.
Panasonic Scsi & Raid Devices Driver Download For Windows 10
Imation also released a version of the SuperDisk with 'Secured Encryption Technology', which uses Blowfish with a 64-bit key to encrypt the contents.
Panasonic Scsi & Raid Devices Driver Download For Windows 7
Imation Super Disk LS-120
SuperDisk Drive
Super Disk 120MB
Super Disk 120MB
Criticism and obsolescence[edit]
Macintosh users found trouble making SuperDisk drives work with the GCR 800 KB or 400 KB diskettes used by older Macintoshes. These disks could be used in a SuperDisk drive only if formatted to PC 720 KB MFM format. Note that almost no other USB floppy drives supported Mac GCR floppies.
The biggest hurdle standing in the way of success was that Iomega's Zip drive had been out for three years when SuperDisk had been released. Zip had enough popularity to leave the public mostly uninterested in SuperDisk, despite its superior design and its compatibility with the standard floppy disk.
By 2000, the entire removable magnetic disk category was finally obsoleted by the falling prices of CD-R and CD-RW drives, and later on solid-state (USB flash drives or USB keydrives). Over the next few years, SuperDisk was quietly discontinued, even in areas where it was popular. Today, disks are very hard to find.
Under Windows XP, a USB SuperDisk drive will appear as a 3.5' floppy disk drive, receiving either the drive letter A: (if there is no floppy in the machine) or B: (if there already is one). This enables use by software that expects a floppy drive when 1.44 MB or 720 KB disks are inserted. 120 MB and 240 MB disks are also accessed via A: or B:.[5]
Panasonic Scsi & Raid Devices Driver Download For Windows 8.1
Practicality[edit]
The USB models were quite popular for debugging and installing servers that did not have a CD drive available. They could both store massive numbers of drivers for installation purposes as well as be used to run live operating systems, such as ReactOS, which amounts to 150 MB.
See also[edit]
- IBM XDF, technically unrelated special format for traditional HD floppy controllers, also providing a mini file system containing a README file similar to the LS-240's FD32M format.
References[edit]
- ^Sherriff, Lucy (2000-10-23). '32MB on a humble floppy'. The Register. Retrieved 2017-08-06.
- ^'Digital Camera Operating Instructions Model No. PV-SD4090'(PDF). Panasonic. Retrieved 2017-08-06.
- ^'Digital Camera Operating Instructions Model No. PV-SD5000'(PDF). Panasonic. Retrieved 2017-08-06.
- ^https://lkml.org/lkml/2000/3/12/171 LKML Boot Messages
- ^Lui, Gough (2 May 2013). 'Tech Flashback: iomega ZIP 100 vs 3M/Imation Superdisk LS-120 Showdown'. Retrieved 24 June 2013.
| Wikimedia Commons has media related to SuperDisk. |