APOLLO 4K+ - Switch SY Electronics - Free user manual and instructions

USER MANUAL APOLLO 4K+ SY Electronics

3 in 1 HD/UHD Video Processing Device

Introduction

The SY-APOLLO-4K is a sophisticated HD/ UHD Quad Mul-view Video Processor controller, designed to handle and control mulple video signals exceeding 1920 × 1080 HD. The video sources to be displayed in

1. Full-screen,
2. Dual-view,
3. Tri-view,
4. Quad-view

Each of these modes can be viewed on High Denion (HD) and Ultra High Denion UHD (4K) video screens. The most common analogue and digital video / audio inputs are supported as signal sources, these include: AV (CVBS), YPbPr, VGA, and HDMI from 480i up to full-HD (on Consumer CEA) and WUXGA (VESA).

The SY-APOLLO-4K is a single unit that is ideal for applicaons requiring up to 4 separate video sources on a single display in applicaons such as Digital Signage, Teleconferencing, Highway checkpoint Control Rooms, Mul-View outdoor adversing display management, indoor public adversement for almost all public places such as airports, ferry staons, banks, government halls, hotel lobbies, railway staon, hospitals and wherever fast switching with mulple content on single screen is required.

Product Overview

Each video input channel supports all consumer HD/SD Digital and HD/SD Analog video standards. The SY-APOLLO-4K is can be easily cascaded and its control signal can be daisy-chained to allow the creation of a large and easy to control seamless switching or a Mul-View system environment of almost any size (for example, Mul-View of 8 x 4 (32) windows (video inputs) to a single TV screen or 16 x 8 semi-seamless Matrix switcher by cascading and daisy-chaining 8 SY-APOLLO-4K units.

The SY-APOLLO-4K has two HDMI output ports for showing the multi-view image on two independently controllable HD/UHD A/V channels simultaneously.

The SY-APOLLO-4K is a 3 in 1 HD/UHD Video Processing Device that can work in one of three dierent modes depending on the applicaon requirement and system conguraon:

1. UHD 4K Mul-View Video Processor

This mode displays the four inputs as a quad view or from a single input to the HDMI outputs independently and in any combinaon as 4K UHD video output signals. Each output can have a dierent display seng.

2. Full HD Mul-View Video Processor

This mode displays all four either inputs as a quad view or from a single input to the HDMI outputs independently as high quality HD video output signals. Both outputs show the same image display.

3. Seamless 4:2 Matrix mode

Each input can be switched and routed to any of the two HDMI output ports without any blanking or picture freezing. Each output can display any of the input signals as a single image.

Features

• The SY-APOLLO-4K is a powerful Video Processing device in a 1U rack-mount chassis, with low power consumption (less than 20W).
• Four video inputs, widely compatible to any SD/HD Digital (HDMI/DVI) and SD/HD Analog in AV (CVBS) /YPbPr and VGA input.

• Each viewer window parameter is completely customizable including layer priority; window posions, window size, background transparency, Border colour including Border pixel width and much more.
  • Three operang modes

• UHD 4K Mul-View Video Processor

• Full HD Mul-View Video Processor

• Seamless 4:2 Matrix

• Two independent HDMI output ports. When 4K mode selected, user can chose HDMI output to be 4K or Full HD.

• UHD 4K quad Multi-View mode, the HDMI output will present 4 x Full HD signals that will only be visible on a 4K display and each secon of 4 x Full HD signal is pixel by pixel displayed on a large 4K UHD panel without any down scaling degradaon.
• The switching me in the Seamless Matrix mode is one of the fastest in industry due to the very unique switching algorithm used.

Speciication

Product	Quad Multi-view and seamless matrix 4:2 (APOLLO-4K)
HDMI Version	HDMI1.4/DVI
HDCP	Yes
Input	4 HDMI, 4 YPbPr or AV, 4 VGA
Video Output	2 HDMI
Audio Output	2 S/PDIF
Control	Front panel button, IR or RS232
Power Consumption (max.)	20 Watts
Housing	Metal (steel sheet)
Dimension (mm)	L440 x W256 x H42 mm
Weight	2.85 kg

Application Examples

4K Multi-View Mode

graph TD
    A["4K multiview (4x1080P)"] -->|HDMI| B["4K multiver (MV4H2-41)"]
    C["Single 1080P"] -->|HDMI| B
    B -->|RS232 control| D["Computer"]
    B -->|AV| E["Hardware Interface"]
    B -->|VGA| F["Computer Interface"]
    E --> G["Hardware Interface"]
    F --> H["Hardware Interface"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style E fill:#cfc,stroke:#333
    style F fill:#fcc,stroke:#333
    style G fill:#ffc,stroke:#333
    style H fill:#fcc,stroke:#333

Full HD Multi-view mode

graph TD
    A["Camera 1"] -->|HDMI| B["Central Device"]
    C["Camera 2"] -->|HDMI| B
    D["Camera 3"] -->|HDMI| B
    E["Camera 4"] -->|HDMI| B
    F["Camera 5"] -->|HDMI| B
    G["Camera 6"] -->|HDMI| B
    H["Camera 7"] -->|HDMI| B
    I["Camera 8"] -->|HDMI| B
    J["Camera 9"] -->|HDMI| B
    K["Camera 10"] -->|HDMI| B
    L["Camera 11"] -->|HDMI| B
    M["Camera 12"] -->|HDMI| B
    N["Camera 13"] -->|HDMI| B
    O["Camera 14"] -->|HDMI| B
    P["Camera 15"] -->|HDMI| B
    Q["Camera 16"] -->|HDMI| B
    R["Camera 17"] -->|HDMI| B
    S["Camera 18"] -->|HDMI| B
    T["Camera 19"] -->|HDMI| B
    U["Camera 20"] -->|HDMI| B
    V["Camera 21"] -->|HDMI| B
    W["Camera 22"] -->|HDMI| B
    X["Camera 23"] -->|HDMI| B
    Y["Camera 24"] -->|HDMI| B
    Z["Camera 25"] -->|HDMI| B
    AA["Camera 26"] -->|HDMI| B
    AB["Camera 27"] -->|HDMI| B
    AC["Camera 28"] -->|HDMI| B
    AD["Camera 29"] -->|HDMI| B
    AE["Camera 30"] -->|HDMI| B
    AF["Camera 31"] -->|HDMI| B
    AG["Camera 32"] -->|HDMI| B
    AH["Camera 33"] -->|HDMI| B
    AI["Camera 34"] -->|HDMI| B
    AJ["Camera 35"] -->|HDMI| B
    AK["Camera 36"] -->|HDMI| B
    AL["Camera 37"] -->|HDMI| B
    AM["Camera 38"] -->|HDMI| B
    AN["Camera 39"] -->|HDMI| B
    AO["Camera 40"] -->|HDMI| B
    AP["Camera 41"] -->|HDMI| B
    AQ["Camera 42"] -->|HDMI| B
    AR["Camera 43"] -->|HDMI| B
    AS["Camera 44"] -->|HDMI| B
    AT["Camera 45"] -->|HDMI| B
    AU["Camera 46"] -->|HDMI| B
    AV["Camera 47"] -->|HDMI| B
    AW["Camera 48"] -->|HDMI| B
    AX["Camera 49"] -->|HDMI| B
    AY["Camera 50"] -->|HDMI| B

Multi-View Mode

ITALA 2:58 GHA 20:56 201602 201603 201604 201605 201606 201607 201608 201609 201610 201611 201612 201613 201614 201615 201616 201617 201618 201619 201620 201621 201622 201623 201624 201625 201626 201627 201628 201629 201630 201631 201632 201633 201634 201635 201636 201637 201638 201639 201640 201641 201642 201643 201644 201645 201646 201647 201648 201649 201650 201651 201652 201653 201654 201655 201656 201657 201658 201659 201660 201661 201662 201663 201664 201665 201666 201667 201668 201669 201670 201671 201672 201673 201674 201675 201676 201677 201678 201679 201680 201681 201682 201683 201684 201685 201686 201687 201688 201689 201690 201691 201692 201693 201694 201695 201696 201697 201698 201699 202

Display input images on the Mul-View screen to both of the HDMI outputs using 4 window regions that can be congured, via the PC based control soware, to any size and any posion, including borders and prioritized visibility selecon of any overlapped layer for the 4 inputs in the screen windows when using the Mul-View conguraon.

Seamless Matrix Mode

graph TD
    A["TV Stream"] -->|HDMI| B["Server"]
    C["HORDES OF CHAOS"] -->|HDMI| B
    B -->|RS232 control| D["Computer"]
    B -->|HDMI, YPbPr, or AV| E["Video Device"]
    B -->|HDMI, YPbPr, or AV, VGA| F["Video Device"]
    B -->|HDMI, YPbPr, or AV, VGA| G["Video Device"]

Cascaded for 6x2 Full HD Multi-View mode

graph TD
    A["Device 1"] -->|RS232 cable| B["Device 2"]
    C["Device 3"] -->|RS232 cable| B
    D["Computer"] -->|RS232 cable| B
    B -->|RS232 cable| E["Video Panel"]
    B -->|RS232 cable| F["Video Panel"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style D fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style E fill:#dfd,stroke:#333
    style F fill:#dfd,stroke:#333

This mode allows the creation of matrix systems with more video inputs that can be routed to either of the two output screens. Note that in this mode, the first two HDMI inputs of the right-hand SY-APOLLO-4K are used to cascade the outputs from the left-hand SY-APOLLO-4K. For this mode to operate correctly, each SY-APOLLO-4K devices must be assigned a unique RS232 ID value prior to being connected to the installaoon.

Operation, Controls and Functions

1. Connect source devices to input ports of SY-APOLLO-4K.
2. If needed, connect RS232 cable from PC RS232 port or USB-RS232 converter to MV4H2 (TDF made USB to RS232 converter cable is highly recommended).
3. Connect HDMI output port to TV or other HDMI sink devices.
4. Connect 12V/3A power supply to DC power socket.
5. Power on the SY-APOLLO-4K, TV and other devices.

Controlling the SY-APOLLO-4K

APOLLO 4K Multi-Format Swatches, Multi-Voltage OUT11 IN1 IN2 IN3 IN4 HOM1 VISA TPGPI AT A B C D E F G H I J K L M N O P Q R S T U V W X Y Z SY

OUT1 IN1 IN2 IN3 IN4 HDMI VGA YPbPr AV A B C D 2K QV 4K QV OUT2 OUT1 OUT2

1. Select input for the desired output port:
   Pressing any IN1, IN2, IN3 or IN4 buon will seamlessly change the source of Output 1 or Output 2 to the selected input.
2. Select source for input groups:
   Press HDMI or VGA or YPbPr or AV and then press the input button IN1, IN2, IN3 or IN4, and the input group will change the input to the selected HDMI or VGA or YPbPr or AV (CVBS) input.
3. Use the 2K QV buon to set the output port to output 1080P quad-view, or use the 4K QV buon to set the output to 4K quad-view on a 4K screen.
4. The 4 buttons (A, B, C, D) set both outputs to multi-viewer mode, with both displays showing the same image. These 4 buons set the SY-APOLLO-4K to output one main picture with the other three inputs shown in PIP mode.

Illustration of a volcanic landscape with explosions and smoke, no visible text or symbols

Collage of three unrelated natural scenes: a landscape with trees, a car, and a fiery fire (no visible text or symbols)

Composite image showing a chaotic fire scene with explosions and vehicles, alongside a landscape photo (no visible text or symbols)

Composite image showing a fiery explosion scene with multiple landscape photos below (no readable text or symbols)

The SY-APOLLO-4K can be cascaded to create a larger system such as an N input seamless switcher, Nx2 seamless matrix or MxN Mulviewer. The RS232 control signals can also be cascaded by using the RS232 cable from the pass through RS232 port to next SY-APOLLO-4K device RS232 port. When more than one SY-APOLLO-4K connected on single RS232 Control chain, each SY-APOLLO-4K device must have unique (dierent) Serial Communicaon address.

Each address can have a binding note, which has at most 10 characters. Aer the address table is saved, they can be selected using the address selecon on main menu for control and management.

SY-APOLLO-4K UART COMMANDS

UART SETTING

115200 bps, 8 data bits, no parity, 1 stop bit, no ow control.

Command format

Header		length	Group address	Device address	Key word	Parameter	Check sum
Message Type AA = to SY-APOLLO-4K AB = from SY-APOLLO-4K	Device ID	Number of all bytes aer this parameter, including the checksum	See note(1)	See note(1)	See note(2)	Based on the keyword	Check sum See note (3)
1 byte	2 bytes	2 bytes (LSB rst)	1 byte	1 byte	2 bytes (LSB rst)	Set by the parameter	1 byte

Table 1 - Command Format

Note:

(1) Each SY-APOLLO-4K in a cascaded system must be assigned a unique two byte address. The first byte is the Group Address, the second byte is the Device Address. The two values 0x00 and 0x are invalid for both the Group Address and the Device Address respectively.

(2) All data values are transmied in HEX mode.

(3) The checksum value is the negated sum of all values before the Checksum eld.

The header rst byte denotes the type of data: AAH for a command to the SY-APOLLO-4K, or ABH for a reply from the SY-APOLLO-4K.
The next two header bytes are the device ID where:
XX: is in the range 01H\~FEH, and YY: is in the range 01H\~FEH
The following table lists the ID values that should only be used for the described purpose:

Group Addr	Device addr	Descripon	Reply From
00H	FFH	Invalid	No reply
XXH	FFH	Broadcast to all the devices with the group address of XXH	No reply
FFH	FFH	Broadcast to all devices	No reply
00H	00H	Broadcast to all devices	All devices
XXH	00H	Broadcast to all the devices with the group address of XXH	All in group
FFH	00H	Invalid	No reply
00H	XXH	Invalid	No reply
FFH	XXH	Invalid	No reply
XXH	YYH	Send data to the device with the address XXYYH	One device

Table 2 - Addressing the SY-APOLLO-4K

keyword	Descripon of keyword	Length of parameter	Descripon of parameter	Note
WRITE SETTINGS COMMANDS
The following commands can only be used while in MODE1 (HD MV)
01H	Set display priority of the 4 input images.	4 BYTES	Refer to the data from 1 to 4 in Table 4
02H	Set the coordinate of the image with the highest priority	8 BYTES	Refer to the data from 5 to 12 in Table 4
03H	Set the coordinate of the image with the second priority	8 BYTES	Refer to the data from 12 to 20 in Table 4
04H	Set the coordinate of the image with the third priority	8 BYTES	Refer to the data from 21 to 28 in Table 4
05H	Set the coordinate of the image with the lowest priority	8 BYTES	Refer to the data from 29 to 36 in Table 4
50H	Set the transparency	1 BYTE	Refer to Table 5
51H	Background colour	3 BYTES	Refer to Table 6
The following commands can only be used while in MODE2 (4:2 MX)
1000H	Set the source for the two output ports	2 BYTES	Refer to Table 7
The following commands can only be used while in MODE3 (4K)
2000H	4KMV or the source of single 1080P output	2 BYTES	Refer to Table 8
The following commands can only be used while in MODE1 & MODE3
2820H	Set audio route when in MV mode	2 BYTES	Refer to Table 9
2852H	Color of the image border	3 BYTES	Refer to Table 6
2853H	Width of the image border	1 BYTE	Refer to Table 10
The following commands can only be used while in MODE1 & MODE2 & MODE3
3800H	Select video source for input 4	4 BYTES	Refer to Table 11
3810H	Select audio source for input 4	4 BYTES	Refer to Table 12
3838H	Program EDID for HDMI Input or VGA Input	256 BYTES	Refer to Table 13
3840H	Select internal EDID for input HDMI or VGA	3 BYTES	Refer to Table 14
The following commands can be used in ALL MODES
7800H	Set the system operang mode	1 BYTE	Refer to Table 15
7801H	Set the device address	2 BYTES	Refer to Table 16
7820H	HDCP DEBUG	1 BYTE	Refer to Table 18
7802H	Factory reset sengs	0 BYTES
READ STATUS COMMANDS
The following commands can only be used while in MODE1
8000H	Read coordinate and display priority of 4 images	0 BYTES		MCU will reply base on Table 4
8050H	Read transparency	0 BYTES		MCU will reply base on Table 5
8051H	Read background	0 BYTES		MCU will reply base on Table 6
The following commands can only be used while in MODE2
9000H	Read source of the two output ports	0 BYTES		MCU will reply base on Table 7
The following commands can only be used while in MODE3
A000H	Read 4K/single 1080P source	0 BYTES		MCU will reply base on Table 8
The following commands can only be used while in MODE1 & MODE3
A820H	Read audio route when in MV mode	0 BYTES		MCU will reply base on Table 9
A852H	Read colour of image border line	0 BYTES		MCU will reply base on Table 6
A853H	Read width of image border line	0 BYTES		MCU will reply base on Table 10
The following commands can only be used while in MODE1 & MODE2 & MODE3
B800H	Read the source of the 4 input groups	0 BYTES		MCU will reply base on Table 11
B810H	Read the HDMI audio source	0 BYTES		MCU will reply base on Table 12
B820H	Bypass the data from video processors to PC	Based on the data from video processors		MCU will reply base on table-23
B838H	Read SINK EDID	1 BYTE	Refer to Table 17	Refer to Note(2)
The following commands can be used in ALL MODES
F800H	Read the working mode	0 BYTES		MCU will reply base on Table 15
F801H	Read address of the machine	0 BYTES		MCU will reply base on Table 16
F820H	Read HDCP mode(on or o)	0 BYTES		MCU will reply base on Table 18

Table 3 - SY-APOLLO-4K Command Summary

Note:

1. To write or set data to SY-APOLLO-4K, the keyword must be less than 8000H.
   To read data from SY-APOLLO-4K, the keyword must be greater than or equal to 8000H
   PC->SY-APOLLO-4K: AA + ID + 06 00 00 00 38 BB 01 + checksum PC->SY-APOLLO-4K: AA + ID + 06 00 00 00 38 38 \~\~\~\~\~\~ (256 BYTES) + checksum
2. If the SY-APOLLO-4K fails to read the EDID data from the sink device, the reply to the PC is:
   SY-APOLLO-4K ->PC: AB+ ID + 06 00 00 00 38 B8 00 + checksum
3. If the SY-APOLLO-4K successfully reads the EDID, the reply to the PC is:
   SY-APOLLO-4K ->PC: AB + ID + 05 01 00 00 38 B8 \~\~\~\~ (256 BYTES) + checksum

Byte number	Descripon of the parameter	Note
1	The source of the image with the highest priority	0-CH1, 1-CH2, 2-CH3, 3-CH4The 4 data values must be dierent from each other, each in the range 0~3
2	The source of the image with the second priority
3	The source of the image with the third priority
4	The source of the image with the lowest priority
5	Low byte of the le-top corner X coordinate of the highest priority image	X coordinate data:0~1919Y coordinate data:0-1079
6	High byte of the le-top corner X coordinate of the highest priority image
7	Low byte of the le-top corner Y coordinate of the highest priority image
8	High byte of the le-top corner Y coordinate of the highest priority image
9	Low byte of the right-boom corner X coordinate of the highest priority image
10	High byte of the right-boom corner X coordinate of the highest priority image
11	Low byte of the right-boom corner Y coordinate of the highest priority image
12	High byte of the right-boom corner Y coordinate of the highest priority image
13	Low byte of the le-top corner X coordinate of the second priority image
14	High byte of the le-top corner X coordinate of the second priority image
15	Low byte of the le-top corner Y coordinate of the second priority image
16	High byte of the le-top corner Y coordinate of the second priority image
17	Low byte of the right-boom corner X coordinate of the second priority image
18	High byte of the right-boom corner X coordinate of the second priority image
19	Low byte of the right-boom corner Y coordinate of the second priority image
20	High byte of the right-boom corner Y coordinate of the second priority image
21	Low byte of the le-top corner X coordinate of the third priority image
22	High byte of the le-top corner X coordinate of the third priority image
23	Low byte of the le-top corner Y coordinate of the third priority image
24	High byte of the le-top corner Y coordinate of the third priority image
25	Low byte of the right-boom corner X coordinate of the third priority image
26	High byte of the right-boom corner X coordinate of the third priority image
27	Low byte of the right-boom corner Y coordinate of the third priority image
28	High byte of the right-boom corner Y coordinate of the third priority image
29	Low byte of the le-top corner X coordinate of the lowest priority image
30	High byte of the le-top corner X coordinate of the lowest priority image
31	Low byte of the le-top corner Y coordinate of the lowest priority image
32	High byte of the le-top corner Y coordinate of the lowest priority image
33	Low byte of the right-boom corner X coordinate of the lowest priority image
34	High byte of the right-boom corner X coordinate of the lowest priority image
35	Low byte of the right-boom corner Y coordinate of the lowest priority image
36	High byte of the right-boom corner Y coordinate of the lowest priority image

Table 4 - Write Sengs Command Details

Byte number	Descripon	Note
1	Transparency	0 = 0%, 1 = 25%, 2 = 50%, 3 = 75%

Table 5 - Set Transparency Command

Byte number	Descripon	Note
1	R value	0-255
2	G value	0-255
3	B value	0-255

Table 6 - Set Colour for Background or Border

Byte number	Descripon	Note
1	The source INDEX of output port 1	0- No change1- IN12- IN23- IN34- IN4
2	The source INDEX of output port 2

Table 7 - Set Input Source for Both Outputs

Byte number	Descripon	Note
1	Output port 1 mode	0- No change1- 4K Mul-View Mode2- IN1 in Single Input Mode at 1080p3- IN2 in Single Input Mode at 1080p4- IN3 in Single Input Mode at 1080p5- IN4 in Single Input Mode at 1080p
2	Output port 2 mode

Table 8 - Set Quad-View or Single Input View

Byte number	Descripon	Note
1	Audio source for output port 1	0- No change1- IN1
2	Audio source for output port 2	2- IN23- IN34- IN4

Table 9 - Set Audio Source for Mul-View Mode

Byte number	Descripon	Note
1	Width of border line	Value: 0~15. 0-no border line

Table 10 - Set Image Border Width

Byte number	Descripon	Note
1	Video source of IN1	0- No change
2	Video source of IN2	1- HDMI,
3	Video source of IN3	2- VGA,
4	Video source of IN4	3- YPBPR,
		4- AV

Table 11 – Input 4 Video Source Select

Byte number	Descripon	Note
1	HDMI 1 audio source	0-No change
2	HDMI 2 audio source	1-HDMI audio
3	HDMI 3 audio source	2-From VGA audio
4	HDMI 4 audio source	3-From YPbPr audio

Table 12 - Input 4 Audio Source Select

Byte number	Descripon	Note
1	Input group	1-IN1,2-IN2,3-IN3,4-IN4
2	EDID port	1-HDMI,2-VGA
2~257	EDID data	A Valid EDID Data Block (256 bytes)

Table 13 - Program EDID Data

Byte number	Descripon	Note
1	Input group	0-ALL,1-IN1,2-IN2,3-IN3,4-IN4
2	EDID port	1-HDMI,2-VGA
3	EDID number	Numbers start from 0
1	Mode Index	0-HD MV1-3:2 seamless matrix2-4KMV

Table 14 - Select Internal EDID Data

Table 15 - Set System Operang Mode

Byte number	Descripon	Note
1	Group address	01H~FEH
2	Device address	01H~FEH

Table 16 - Set Device Address

Byte number	Descripon	Note
1	Output channel	1-OUT1,2-OUT2

Table 17 - Read Sink EDID

Byte number	Descripon	Note
1	HDCP mode	Every bit present one output port. (bit0-output1, bit1-output2)0- Debug(HDCP OFF)1-Normal

Table 18 - Set HDCP Mode

Safety Instructions

To ensure reliable operaon of this product as well as protecng the safety of any person using or handling these devices while powered, please observe the following instrucons.

1. Use the power supplies provided. If an alternate supply is required, check Voltage, polarity and that it has sufficient power to supply the device it is connected to.
2. Do not operate either of this product outside the specied temperature and humidity range given in the above speciaons.
3. Ensure there is adequate venlaon to allow this product to operate eciently.
4. Repair of this equipment should only be carried out by qualified professionals as this product contains sensitive devices that may be damaged by any mistreatment.
5. Only use this product in a dry environment. Do not allow any liquids or harmful chemicals to come into contact with this product.

After Sales Service

1. Should you experience any problems while using this product, rstly refer to the Troubleshoong secon in this manual before contacng SY Technical Support.
2. When calling SY Technical Support, the following informaon should be provided:

• Product name and model number
• Product serial number
• Details of the fault and any condions under which the fault occurs.

1. This product has a two year standard warranty, beginning from the date of purchase as stated on the sales invoice. Online registraon of this product is required to acvate the full three year extended warranty. For full details please refer to our Terms and Conditions.

2. SY Product warranty is automatically void under any of the following conditions:

3. The product is already outside of its warranty period

4. Damage to the product due to incorrect usage or storage
   • Damage caused by unauthorised repairs
   • Damage caused by mistreatment of the product

5. Please direct any quesons or problems you may have to your local dealer before contacting SY Electronics.