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Toshiba Unveils Lens-Reduction CCD Linear Image Sensor with Low Noise to Enhance A3 Multifunction Printer Image Quality

Date: 2025-08-22

KAWASAKI, JAPAN -- Toshiba Electronic Devices & Storage Corporation (“Toshiba”) has launched a lens-reduction type[1] CCD[2] linear image sensor “TCD2728DG” for A3 multifunction printers. Shipments start today. The sensor has 7,500 image sensing elements (pixels)[3] and supports A3 multifunction printers. It is also more effective at reducing random noise (NDσ)[4] than Toshiba’s current TCD2726DG.

Business offices are seeing a growing need for high-speed, high-resolution copying and scanning of large volumes of different kinds of documents. This is particularly true for A3 multifunction printers, where improving image quality has become an important issue, and NDσ in the signal has to be suppressed to enhance image quality.

TCD2728DG has lower output amplifier gain[5] than Toshiba’s current product, TCD2726DG, and reduces NDσ by approximately 40%[6]. This improvement enhances image quality in multifunction printers. The new CCD linear sensor achieves a data rate of 100 MHz (50 MHz × 2 channels), enabling high-speed processing of large volumes of images. This makes it well-suited for line scan cameras used in inspection systems that require real-time decision-making.

Toshiba will continue to expand its product lineup to support scanning by multifunction printers and the sensing applications of inspection devices, and to meet growing demand for high-speed, high-resolution imaging and sensing technologies.

Notes:

[1] The method of reducing an image with optical lenses and projecting it onto a CCD or CMOS image sensor.
[2] CCD: Charge Coupled Device
[3] Number of pixels required to scan the short side (297 mm) of A3 size at a resolution of 600 dpi.
(dpi (dots per inch): number of divisions per inch)
A3 size converted to inches: 297 mm / 25.4 mm ¡Ö 11.7 inches
11.7 × 600 = 7,020 pixels --> Allowing for margin, 7,500 pixels
[4] Irregular noise that affects the quality of the image.
[5] A circuit to adjust the amplification of the output signal. Amplification and noise are proportional.
[6] Comparison with Toshiba’s current product TCD2726DG. Values measured by Toshiba.



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