Sony BVM-E, BVM-F PVM Service Manual

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BVM-E / BVM-F / PVM Series OLED Monitor

BVM-E250 / BVM-E170

Professional OLED Master Monitor

BVM-F250 / BVM-F170

Professional OLED Master Monitor

PVM-2541 / PVM-1741 / PVM-740

Professional OLED Picture Monitor

Sony’s OLED – Re-defining the Master Monitor and Picture Monitor

Sony is proud to introduce its much-anticipated Organic Light-Emitting Diode (OLED)

monitor line-up: the BVM-E Series BVM-E250*

Series BVM-F250*

PVM-1741*

picture monitors.

and BVM-F170*2 master monitors, and PVM Series PVM-2541*1 and

Sony is capable of extraordinary innovation in reference monitor development, as the company builds on over 30 continuous years of BVM master monitor experience, and is the world leader in OLED display devices and signal processing engines.

Sony has developed these 24.5-inch and 16.5-inch OLED display panels for critical professional use. The OLED is a self-emitting device, and can deliver deep black, highcontrast, accurate colour reproduction, and quick response with virtually no motion blur. And yet it features a wide colour gamut, meeting ITU-R BT.709, EBU, and SMPTE-C broadcast standards, and conforming to the wider DCI-P3 colour gamut.*

and BVM-E170*2 master monitors, BVM-F

Furthermore, the newly developed OLED processor with cutting-edge technology offers quality consistency, superb uniformity, and long-term reliability.

Sony optimizes the potential of the OLED panel using unique Super Top Emission OLED technology along with the dedicated OLED processor. The combination of these technological developments elevate the BVM-E, BVM-F, and PVM Series to a new level of next-generation master monitors and picture monitors, re-setting the industry’s ultimate reference point.

With Sony’s OLED fully unleashed, Sony starts a new and important chapter in professional monitor history.

*1 24.5-inch (623.4 mm), measured diagonally.

*2 16.5-inch (419.7 mm), measured diagonally.

*3 The colour gamut described in SMPTE RP 431-2-2007. The chromaticity of the green-red region is not covered in full.

Accurate Colour Reproduction

• Colour Management System

• Multiple Colour Gamuts

• Digital Uniformity

Sony’s OLED Panel

Precision Imaging

•High Resolution & High Colour Depth Panel

•High Motion Picture Processing

•Accurate Pixel Mapping

TRIMASTER™ Technology is a design architecture used to elicit the full performance capabilities of professional flat-panel displays. It comprises the core technologies that enable the highest level of colour accuracy, precision imaging, and picture-quality consistency. EL (Electro-Luminescence) is an ideal self-emission display device with a wide dynamic range and high picture quality. By refining TRIMASTER technology with the new EL device, Sony effectively boosts the performance expectations of the professional industry.

Quality Picture

Consistency

•Accurate Signal Processing

•Precise Calibration System

•Colour Feedback System

Sony’s Unique OLED Technology

24.5-inch / 16.5-inch “Full HD 10bit”

Sony’s “Super Top Emission”

High Accuracy OLED Processor

Sony’s Original OLED Processor

• Designed specifically for Sony’s OLED panel

• Accurate gamma control of extreme black details

• Superb picture uniformity and reliability

Sony’s Super Top Emission

OLED Panel

• Accurate black reproduction

• Accurate colour reproduction

• Wide dynamic range

• Fast response time

BVM-E Series

OLED Master Monitor

BVM-E250

The groundbreaking BVM-E250 and BVM-E170 are Sony’s OLED reference monitors, incorporating leadingedge technologies to bring out the full performance capabilities required for critical picture evaluation, where accuracy, stability, and consistency are everything.

BVM-E170

BVM-F Series

BVM-F250

The BVM-F250 and BVM-F170 inherit the same technology and performance of BVM-E Series master monitors, and are optimized for TV production and broadcasting applications.

BVM-F170

OLED Picture Monitor

PVM Series

PVM-2541

The PVM-2541 and PVM-1741, as well as the PVM-740, are all-in-one OLED picture monitors for a wide range of applications, delivering unparalleled picture quality with the performance features and functions found in more expensive monitors, all contained in a compact, stylish design.

PVM-1741

PVM-740

Picture Monitor

Quality / Performance

PVM Series

Standard Panel

• Stunning OLED performance

• Full HD (1920 x 1080) *

• RGB 10bit Driver

Standard Engine

• 10-bit engine

Reference Monitor

BVM-E Series

BVM E Panel

Designed as the highest

BVM-F Series

BVM F Panel

Strictly controlled tolerance in addition to the standard panel performance.

Professional Display Engine

• 12-bit engine

• Accurate gamma control of extreme black details

• Cutting-edge I/P conversion with extremely low process delay

• Sophisticated non-linear cubic conversion colour management

performance panel. Used for the most critical picture evaluation needs.

• 3G-SDI (x 2)*1 • RGB 4:4:4*1 • HDMI • Auto White Adjustment*2 • Time code*1 • Audio Level Meter*3 • DC operation (17”)

• Waveform

• Audio

Functionality

PVM Functions

Standard Features

BVM Advanced Functions

• Option port x 4 (BKM x 6 selection)

• Dual Link*

• DisplayPort (x1)

• Interlace display

• Pixel zoom

• HD frame capture

• 24P/PsF@72 Hz display

• 3D analysis*

Digital Cinema Features

• 2K (2048 x 1080 RGB/XYZ) input

• ASC CDL*

• P&P (Wipe, Buttery, Blending)

*1 Not applicable for PVM-740. *2 Supported by rmware V1.1 or later. *3 Option board required for BVM.

• User LUT*

Advantages of Sony’s OLED Technology

Sony’s OLED – RGB 10-bit, Full HD

24.5” panel* 16.5” panel*

Sony’s unique Super Top Emission technology Deep black with wide dynamic range

* 623.4 mm, and 419.7 mm (respectively), measured diagonally.

Quick response with virtually no motion blur Wide colour gamut and accurate colour reproduction

Sony’s OLED – Self-emitting Display Device

Sony’s OLED creates light by recombining an electron and a hole within certain organic materials. The process of emitting light is extremely efficient when compared to other technologies currently used for display. Its organic materials react to the control of the electrical current immediately, and do not emit light in the absence of an electrical current. In this way, the OLED display panel features superb black performance and quick response to fast-motion pictures. In addition, Sony’s OLED display panel delivers a wider colour gamut.

Super Top Emission Technology

Sony’s Super Top Emission OLED panel is designed to deliver light emission with the TFT layer on the rear side of the panel. Therefore, the top emission structure offers more efficient light emission than is typical with bottom emission structures where TFT layers are placed on the front side of the panel, limiting the light-emission aperture.

This Super Top Emission technology has a micro-cavity structure which incorporates colour filters. This cavity structure uses an optical resonance effect to enhance colour purity and improve light-emission efficiency. In addition, the colour filter of each RGB also enhances the colour purity of emitted light, and reduces ambient light reflection.

Sony’s Super Top Emission OLED panel is completely sealed by a glass substrate, and the electroluminescent layer is fully isolated from outside air and moisture. This contributes to stability and reliability.

Glass Substrate

Colour Filter

Semi-transparent

Cathode

Emission Layer

Anode

Glass Substrate

1.2

1.0

0.8

0.6

0.4

Intensity(A.U.)

Optical Resonance (Multiple Reection Interference Effect)

TFT

Micro-cavity Structure

Green Light Emitting Spectrum

With cavity

Without cavity

Reduces unnecessary optical ingredients

0.2

0.0 400 500 600 700 800

Wavelength(nm)

Advantages of Sony’s OLED Technology

The OLED processor – Dedicated to eliciting full performance.

Accurate signal processing across all signal levels Accurate gamma control Superb uniformity control

Dedicated Sony’s OLED Processor*

The BVM-E, BVM-F, and PVM Series of OLED monitors incorporate newly developed OLED-dedicated signal processors to elicit and maximize OLED panel performance. This technology allows these TRIMASTER EL™ monitors to provide the level of performance required for critical imaging. These processors accurately control gamma and uniformity, and deliver precision stability control.

* The PVM-740 is equipped with a different processing technology (ChromaTRU™).

Accurate gamma control

Since Sony’s OLED panel can display a deeper black than any other display device, the OLED processor controls gamma accuracy (black reproduction) by increased signal processing bit depth.

100

]

BVM-L

0.1

0.01

0.001

0.0001

Luminance [cd/m

0.00001

BVM-E

Input Signal [%]

LCD CRT OLED

101

1000.1

Superb uniformity control

Sony’s OLED processor offers superb uniformity across all signal levels at every point of the screen. At the factory, OLED-panel uniformity is precisely measured and corrected using a proprietary RGB LUT (look-up table) adjustment system.

R-LUT

B-LUT

V position

H position

G-LUT

Level

Advantages of Sony’s OLED Technology

Accurate Black Reproduction

A key advantage of Sony’s OLED is the fact that each pixel can be turned completely off. No other display technology is able to offer this. LCD either raises black luminance due to intrinsic light leakage, or reduces black luminance with artificial local dimming technologies. CRT always applies a bias voltage to place the gun at the proper operating level. All of these display devices have some limitation in accuracy of black reproduction. In comparison, Sony’s OLED is capable of reproducing accurate black with each individual pixel, enabling users to evaluate each picture image faithfully to the signal.

100

]

0.1

0.01

0.001

0.0001

Luminance [cd/m

0.00001 101

Input Signal [%]

Grey scale images corresponding to the input signal

* Grey scales are simulated images.

LCD CRT OLED

1000.1

LCD

Sony’s OLED

LCD* Sony’s OLED*

* Simulated images

Accurate Colour Reproduction

Sony’s Super Top Emission technology not only offers a wide colour gamut with its purity of the three primary colours, but also maintains this wide colour gamut throughout the entire luminance range. While all other display devices have limitations in reproducing accurate colours, especially in the low signal levels, Sony’s OLED system is truly an ideal display device for picture evaluation. With OLED, users see the details in the blacks, and see the colours as well.

0.900

0.800

0.700

0.600

0.500

0.400

0.300

0.200

0.100

0.000

0.100 0.200 0.300 0.400 0.500 0.600 0.700 0.800

LCD* Sony’s OLED*

0.000

0.100

0.200

0.900

0.800

0.700

0.600

0.500

0.400

0.300

0.100 0.200 0.300 0.400 0.500 0.600 0.700 0.800

* Colour gamut images based on Sony’s test results

Advantages of Sony’s OLED Technology

Quick Response with Virtually No Motion Blur

The Sony’s OLED grey-to-grey switching speed (measured in microseconds, μs) is much faster than that of the LCD (measured in milliseconds, ms).* This fast response benefits a variety of applications and uses. For example, in sports broadcasting, when camera pans would become blurred with an LCD, they remain sharp and clear with OLED. And with moving titles or graphics, when text can be difficult to read on an LCD, OLED displays clear text, regardless of speed or direction.

* Sony’s test results.

10.0

8.0

6.0

4.0

msec

2.0

0.0

100.0

Start Level [%]

75.0

50.0

25.0

0.0

LCD*

10.0

8.0

6.0

4.0

msec

100.0

75.0

50.0

Destination

25.0

Level [%]

0.0

LCD

2.0

0.0

100.0

75.0

Start Level [%]

50.0

25.0

100.0

75.0

50.0

Destination

25.0

Level [%]

0.0

OLED

Sony’s OLED*

* Simulated images

Wide Dynamic Range

Sony’s OLED technology has the ability to control each individual pixel from an absolute black to peak white. Each pixel can display the entire dynamic range of the image with no interference to the adjacent pixels.

LCD*

Sony’s OLED

CRT

LCD

x:1

2,000

Contrast ratio

Sony’s OLED*

50,0001 40,00030,00020,000

* Simulated images

1,000,000

OLED Master Monitor

For Critical Picture Evaluation

BVM-E Series BVM-F Series

BVM-E250 BVM-F250BVM-E170 BVM-F170

The groundbreaking BVM-E250 and BVM-E170, and BVM-F250 and BVM-F170 are reference monitors, using Sony’s OLED system and incorporating leading-edge technologies to bring out the full performance capabilities required for critical picture evaluation, where accuracy is everything.

Sony’s OLED uses Sony’s Super Top Emission technology with 10-bit RGB panels and OLED processing Professional display engine

• Nonlinear Cubic Conversion colour management system

• Cutting-edge I/P conversion technology with extremely low process delay

• 12-bit output accuracy signal processing

Input versatility

• Standard Input: 3G/HD/SD-SDI (x2) (selectable input), HDMI™ (HDCP) (x1), DisplayPort (x1)*

• Four option slots for input expansion: Six optional BKM boards are available for different needs

Leading-edge features

• Interlace Display, HD Frame Capture, Pixel Zoom, P&P (Side-by-side, Butterfly*

Cinema features (BVM-E Series only)

• Wide colour gamut: D-Cine conforming to DCI-P3, BVM Native offering the widest colour gamut

• High frame rate: 24P/PsF, 25P/PsF are displayed at 72 Hz and 75 Hz respectively

• 2K Cinema formats with multiple display modes

(Full image display, or Native pixel-to-pixel display with an Image-slide function)

• ASC CDL (American Society of Cinematographers Colour Decision List)*

Auto white adjustment with PC application software*

3D signal analysis (as a 2D monitor) with optional BKM-250TG 3G-SDI input adaptor Closed caption display with optional BKM-244CC HD/SD-SDI closed caption adaptor

*1 Available from firmware V1.1 or later. *2 BVM-E Series only.

, Wipe*2, Blending*2)

and User LUT*

BVM Series

Professional Display Engine (BVM-E / BVM-F Series-dedicated)

Nonlinear Cubic Conversion colour management system Cutting-edge I/P conversion technology with extremely

low process delay

12-bit output accuracy signal processing

Professional Display Engine

The high-precision signal processing engine has been developed to fulfill the master monitor criteria and is optimized to maximize OLED panel performance. This engine incorporates 12-bit output accuracy at each process, and provides both a

high quality I/P conversion algorithm and a highly accurate colour management system.

Nonlinear Cubic Conversion colour management

The nonlinear cubic conversion colour management system of BVM-E and BVM-F Series master monitors use a unique 3D LUT (look-up table) to accurately reproduce the colour gamuts of each broadcast standard such as ITU-R BT.709, EBU, and SMPTE-C phosphor standards. In addition, the OLED’s wide colour gamut enables D-Cine emulation for digital intermediate work.*

* D-Cine is a colour gamut emulating the colour gamut described in SMPTE

RP 431-2-2007. The chromaticity of the green-red region is not covered in full; however, the colour shift is subtle in this region.

This feature is supported by the BVM-E Series only.

(CRT RGB)

(R100, G100, B100)

3D LUT

(OLED RGB)

(R90, G110, B100)

0.900

0.800

0.700

0.600

0.500

0.400

0.300

0.200

0.100

0.000

520

530

510

500

490

480

470

0.100 0.200 0.300 0.400 0.500 0.600 0.700 0.800

550

570

380~410

D-Cine

EBU

SMPTE-C

E250 NATIVE

590

610

700~

780

Same colour!

Nonlinear Cubic Conversion colour management system

Cutting-edge I/P conversion with low process delay

Sony’s original I/P conversion technology used in the BVM

Series minimizes processing artifacts found in typical upconversion processes. This has been improved in the BVM-E and BVM-F Series so that an interlaced image is displayed accurately and faithfully.

12-bit output accuracy signal processing

The BVM-E and BVM-F Series use a 12-bit display engine, which allows images to be reproduced with high precision for display accuracy.

BVM-E Series colour gamut

Field 1

BVM-L 11.9 ms

BVM-E / BVM-F 6.2 ms

Sophisticated I/P conversion

Field 2

Original source

1/60=16.6 ms

Picture delay reduced to half

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