The Overture2 Video Production System is fast to setup and intuitive to operate. Its sleek ergonomic design and comprehensive range of production tools give you creative power at your fingertips. This powerful production system will allow you to produce high quality programming and incorporate stunning effects. Overture2 is available with either of our award winning OvertureSD or OvertureMD video production switchers, so whatever your production needs – now or in the future – the Echolab Overture2 will ensure they are met.
Intuitive Transition Block
Overture2 has two fully independent M/Es with easy to use transition blocks offering intuitive next-transition workflow with a variety of transition options-including the unique Stinger™ transition
2 Box SuperSource™
Next-transition workflow makes it easy to manage layers and backgrounds that are “on air” or “in transition”. Illuminated buttons indicate current “on air” layers and allow instant changes. Each M/E can be used independently to drive separate program outputs as each transition block includes its own Fade To Black and Transition Preview buttons.
Overture2 sets a new standard on the number and type of transitions available in the transition block. In addition to the standard Cut/Mix/Wipe functions found in traditional switchers, Overture2 features Dip, DVE, Stinger™ and Fade to Black transitions in each M/E. The Dip transition lets you easily mix through an intermediate source, while the DVE transition extends your creative freedom by providing powerful 2D (SD Systems) and 3D (MD Systems) transitions, including graphic wipes and page turns.
The unique Stinger™ transition makes it easy to use animated transitions. With the push of a single button, you can trigger an external animation sequence in conjunction with a perfectly timed transition effect, traditionally only performed by the most experienced operators. Stinger™ effects use a unique keyer that has been designed into the transition block, leaving all of the upstream and downstream keyers available for compositing your output.
More Power to the Crosspoint
Overture2 comes with easy to read high contrast RGB Mnemonic displays, user-definable graphical macro keys and a unique new SuperSource™ crosspoint.
The high contrast 36 x 24 pixel Mnemonic displays are 100% user defined and can display alphanumeric characters or graphics created on an external bitmap editor. User selectable background colors make it possible to noticeably group inputs. Imagine seeing all VTR inputs in yellow, and all camera inputs in blue!
Each M/E has five user-definable live event macro keys. A total of 10 macros give the operator one-button control over user definable events, such as launching a macro, changing key type, or triggering external devices. Now, with just the push of one button, you can play a clip and take it to air.
The SuperSource™ is a pre-composited input that allows you to build a custom layout using DVE’s and graphics, and assign that layered composition to a crosspoint button. The SuperSource™ includes its own keyers leaving upstream and downstream keyers available for adding lower thirds, tickers and other elements.
Superior Keying Power
The Overture2 has a total of 13 internal keyers:
Traditional downstream keyers are accessible from a dedicated DSK block, and allow the creation of flawless keys thanks to Perfect Edge™ Technology. A DSK “Tie/Preview” button enables you to configure the key, tie it to M/E 0, then take it to air with the next transition on M/E 0 or immediately to air using the cut and auto buttons in the DSK block. There are 2 full featured upstream keyers with Perfect Edge™ Technology in each M/E. Configured using the system control block, the upstream keyers let you add Linear Keys, Shaped Keys, Chroma Keys, and Pattern keys. A keyer, built into the transition block of each M/E, is used for creating unique transitions such as the graphic wipe, and Stinger™. The special SuperSource™ crosspoint keyers are used to build a custom layout available through a crosspoint button, which can consist of up to 4 sources using 5 keyers.
Easy to Use System Control
Overture2 makes setting rates, adjusting parameters and controlling 3rd party devices quick, intuitive, and easy to use. Smart buttons display context sensitive options, such as displaying pictures of the available wipe patterns, auxiliary output assignments, DVE moves, and keyer setup.
1 - 20 Direct Access Crosspoint Buttons
20 crosspoint buttons that provide access to 40 sources (shifted).
2 - User Definable Crosspoint Mnemonics
High contrast RGB crosspoint mnemonics are standard on every panel.
3 - Source/Destination Bus
Quickly assign sources to keyers and auxiliary outputs.
4 - User Definable Macro Keys
One button control over user definable events.
5 - Transition Block With Look Ahead Preview
Intuitive next transition workflow featuring Cut, Mix, Wipe, Dip, DVE, Stinger™ and Fade To Black transitions on each of the 2 M/E’s.
6 - Context Sensitive System Control Block
Select wipe patterns, build DVE moves, configure keyers and more. The knobs are used to adjust parameters such as clip gain, Hue, border width, and others. Additionally control external devices such as VTR’s, CG’s and Clip-Stores.
7 - Playback Block
The Playback Block is provided for future use.
8 - Traditional DSK Block
Provides a dedicated location for the downstream keyers.
9 - Data Entry
Enter numeric data for loading and saving stills, organic wipes, and M/E presets.
10 - System Status
Warns you of any failures in the system.
11 - Joystick Control Block
Features the industry’s best 3-axis Penny and Giles joystick, giving you the ability to easily position, scale, or rotate DVE’s, wipes and lighting in 3D enabled systems.
12 - USB Port
The USB connection is provided for future use.
OvertureMD is the very latest in multi definition switcher technology offering an impressive list of features including internal frame synchronizers, internal up/cross conversion, and high quality multi channel 3D DVE’s. It has been designed from the ground up with the ability to handle standard definition and high definition formats.
Internal Conversion
OvertureMD has an impressive list of internal conversion options that allow it to accept a wide variety of input formats of the same frame rate. This ability to convert in the mainframe simplifies system design and reduces overall costs significantly. Conventional multi-format switchers have a set operational format and require conversion and synchronization to be carried out externally which can have a significant impact on the overall system design: increased cabling, power consumption and equipment costs. The optional internal up/cross conversion is available on every odd numbered input; maximum ½ of the inputs can support up/cross conversion.
Internal A to D and D to A Conversion
Existing analog equipment can be used with the switcher and new digital equipment can be added without rewiring the whole studio. OvertureMD supports analog signals of all types so that budget conscious studios can make the move to HD and still incorporate existing analog equipment (requires Up/Cross input module).
OvertureMD Standard Input Modules
Input modules have 4 analog/digital inputs. Each input consists of 4 BNC connectors; 1 for HD-SDI and 3 that support HD Analog Component. Both analog and digital inputs can be physically connected allowing you to choose either analog or digital from the control panel during production. All processing is done at full 10-bit 4:2:2 resolution ensuring that quality is maintained throughout the system.
OvertureMD Up/Cross converting Input Modules
The optional Up/Cross converting input modules also have 4 analog/digital inputs. Each input consists of 4 BNC connectors; 1 for HD/SD SDI and 3 that support Composite, Y/C, or HD/SD Analog Component (YPbPr). 4:3 signals are managed through aspect ratio conversion options; pillar-box, full width, full height, and 14:9 are available options. The Up/Cross converting input modules do not support the floating frame synchronizers or floating frame buffers. All of the inputs are automatically frame synchronized to maintain overall system timing. An MD system can consist of any combination of Up/Cross and standard input modules.
OvertureMD Output Modules
Output modules have 4 simultaneous analog and digital outputs. Each output consists of 4 BNC connectors; 1 for HD-SDI output and 3 for HD Analog Component output. Both analog and digital outputs are live, where the analog is a copy of its digital counterpart. This duplicate signal provides a convenient way to send feeds to additional devices such as Blu-Ray recorders or decks. The outputs always output in the switchers native format
Internal Floating Frame Synchronizers
Typical production systems can have a number of un-timed feeds such as satellite, remote studios or microwave links which must be synchronized before they can be fed to the production switcher. The Echolab Overture Series of switchers include 4 internal floating frame synchronizers standard! Internal frame synchronizers are advantageous as they reduce cabling, reduce power consumption, save valuable rack space and allow for fewer points of failure. The available synchronizers can be dynamically assigned to any input on a standard input module. Additional synchronizer options can be purchased to allow all inputs to accept un-timed feeds if desired.
Internal Floating Frame Buffers
Frame buffers are valuable in any production environment. For certain applications a few frame buffers can replace a dedicated clip/still store. In addition to the central frame buffer, each standard input module (not up/cross converting) can be configured with 2 full screen frame buffers on each of its inputs. The operator can dynamically display either the A buffer or B buffer. The optional floating input frame buffer offer tremendous flexibility with an easy to use workflow. Internal frame buffers simplify installation, reduce power consumption and save valuable rack space. Stills can be captured from any input and stored into the input frame buffer or can be transferred to the switcher using an easy to use utility that downloads graphic files to the switcher mainframe via Ethernet.
3D DVE with Warp and Lighting
OvertureMD features optional 3D DVE’s that include advanced multi-channel curvilinear transitions such as two channel page turns. Combined with powerful lighting the DVE transitions are sure to create eye catching productions. Up to 4 channels of DVE can be installed in a system. The DVE channels are dynamically shared in the system with the SuperSource, Transition Block, and upstream Keyers. In the SuperSource and upstream keyers the DVE’s provide 3D picture in picture effects with brilliant borders.
2 Channel 3D Transition with AdditionalBackground Channel
General
OvertureMD
Video Processing
10 bit 4:2:2 Serial Digital
External Reference
Analog, Digital
Status Indicators
Yes, LED
Width
17.13" (43.51cm)
Height
20.94" (53.19cm)
Depth
11.89" (30.20)
Size in RU
12 RU
Inputs
Number of Inputs
16 - 32
HD-SDI (SMTPE 292M)
Yes
HD Analog YPbPr Component
Yes
SD-SDI (SMPTE 259M)
Yes (Internal Up/Cross*)
Analog YPbPr Component
Yes (Internal Up/Cross*)
Y/C (S-Video)
Yes (Internal Up/Cross*)
Composite (CVBS)
Yes (Internal Up/Cross*)
Input "Self Timing" Window
+/- 3/8 Line
Auto Equalization
200 Meters Max
Return Loss
15dB Minimum
*The optional Internal Up/Cross conversion is available on every odd numbered input. A maximum of 1/2 of the inputs may support the internal up/cross option.
Outputs
Number of Outputs
8 - 16
HD-SDI (SMTPE 292M)
Yes
HD Analog YPbPr Component
Yes
Output Signal Level
750-850 mV p-p
Program Output
User Configurable
Preview Output
User Configurable
Aux Outputs
User Configurable
Clean Feed
User Configurable
Supported Native Resolution
1080/60i
Yes
1080/59.94i
Yes
1080/50i
Yes
720/60p
Yes
720/59.94p
Yes
720/50p
Yes
Power
Power Supply
2 Standard
Redundant Hot Swappable Power Supply
2 Additional (Optional)
Input Voltage
120-220V, 4A, 50-60Hz
Connectivity
Edit Port (RS 422)
4
Serial Port (RS 232)
2
Ethernet
10/100
Tally
Fixed Tally Relays
GPI
3 User Programmable
GPO
2 User Programmable
External Memory
Compact Flash
Protocols
VDCP Server Control
Yes
User Configuration
Configuration Interface
PC Based
Source Naming
Yes
Source Mapping
Any Source to Any Crosspoint
GPIO Events
Programmable
Native Resolution
Switchable
Network Settings
Static IP
Features
Internal Floating Frame Synchronizers
4 Standard, Additional Available
Internal Floating Frame Stores
4 Standard, Additional Available
Internal A to D and D to A Conversion
Yes
Internal Up/Cross Conversion on Input
Optional
Down/Cross Conversion on Output
External (Optional)
Simultanious Analog and Digital Output
Yes
3D DVE
Up to 4 Channels
Frame Buffers
2
Capture to Frame Buffer
From Any Input
View Modes
Frame, Field 1
Documentation / Support / Warranty
Installation Guide
Yes
Operation Manual
Yes
Training DVD
Yes
OnSite Commissioning
Available
OnSite Training
Available
24/7 Lifetime Phone Tech support
Yes
Warranty
Full 3 Year
Free Firmware Upgrades
Lifetime
Echolab Dual Panel Operation
Echolab has announced the availability of dual panel operation for the company's advanced Overture2 standard definition (SD) and multidefinition (MD) video production system.
Dual panel operation allows one Overture2 switcher chassis to operate under the control of two panels, each panel controlling one of the two independent M/Es, thus providing users with the flexibility to produce two independent productions or to use separate control panels for collaborative switching of a single program.
"The added versatility the dual panel operation brings to the Overture2 switcher not only enables better sharing of sources across a facility, but also reduces overall equipment costs by allowing a single switcher chassis to support multiple productions," said Echolab President Nigel Spratling. "The Echolab Overture2 is designed to offer high-end functionality and intuitive operation at a competitive price point, and the dual panel operation enhances the value of these switching systems by allowing users to get broader use out of a single, compact, and cost-effective switching system."
Dual panel operation allows production facilities to install just one switcher system in support of two studios and control rooms. The second control panel may be used as many as 100 meters from the switcher chassis. In live entertainment production, the dual panel operation simplifies simultaneous switching of on-stage video and a broadcast feed. Rather than work around each other at a single control interface, two operators can switch more comfortably and effectively from their own panels.
Dual panel operation is also valuable in training applications, giving instructors the ability to oversee and, if necessary, override the student using a separate panel. Because button presses on the 1-M/E panel cause corresponding buttons to light on the main control panel, it's easy for the instructor or student to see what the other is doing as they switch a program.
