CROSS POINT SWITCH MARKET

INTRODUCTION

A crosspoint switch, commonly referred to as a crossbar switch, is a form of electrical switch used in networking, digital systems, and telecommunications. Signals may be routed from any input to any output thanks to its ability to establish connections or routes between various input and output lines.

Crosspoint switches provide the following important features:

Crosspoint switches' functionality allows them to create transient connections between input and output lines. They may be visualized as a matrix of inputs and outputs, with each point where the two are intersected acting as a switch that can be turned on or off.

Crosspoint switches are arranged in rows that represent input lines and columns that represent output lines, creating a matrix structure. A switch element is included at each intersection point in the matrix, and it controls whether the link is open or closed.

Flexibility: Crosspoint switches' ability to make connections with ease is one of its primary benefits. Crosspoint switches, which enable any input to be linked to any output in contrast to fixed switches that have preset routing pathways, are appropriate for applications that call for dynamic routing or reconfiguration.

Crosspoint switches have a fast working speed, which makes it possible to switch numerous signals quickly and simultaneously. As a result, they are useful in systems like telecommunications, data centers, and multimedia systems where massive volumes of data must be routed effectively.

CROSS POINT SWITCH MARKET SIZE AND FORECAST

The Global Cross Point Switch Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.

CROSS POINT SWITCH MARKETNEW PRODUCT LAUNCH

GX3146: A 146 x 146 crosspoint switch with high speed and low power consumption, the GX3146 has reliable signal conditioning circuits for sending and receiving high speed signals over backplanes.

With all channels active, the device uses as little as 18W of power (typically), and it has sophisticated, dynamically expandable power management. Unused fundamental components are automatically shut off so that the remaining channels can continue to function.

The GX3146's signal conditioning capabilities include per-output programmable de-emphasis and per-input programmable equalization. By expanding the input data eye in systems utilizing lengthy PCB traces and connections, the input equalizer eliminates ISI jitter, which is often brought on by PCB trace losses.

The input equalizer has four settings, giving you freedom in modifying the amount of equalization for each input separately. Any input or output of the device may be subjected to system test features, such as a programmed PRBS pattern generator and checker, if applicable.

Any output of the device can have a pattern generator applied to it independently without affecting the regular operation of any other channels. There are additional broadcast and multicast features available.

A reliable signal conditioning circuit is included into the GX4002's low-power, high-speed 2 x 2 crosspoint switch to drive and receive high-speed signals through backplanes. The gadget typically uses 600mW of power while all channels are active. To further minimize power usage, unused sections of the microprocessor can be switched off.

GX4002: The GX4002's signal conditioning capabilities include programmable equalization, per-output programmable de-emphasis, and per-input clock and data recovery (CDR). In situations where lengthy PCB traces are employed, the input equalizer reduces ISI jitter, which is often brought on by trace losses, by opening the input data eye. The inbuilt CDR resets the jitter budget, essentially removing any potential transmission-related signal distortion.

To keep the data eye open after traveling through a lengthy connection of PCB traces and connectors, output pre-emphasis capability boosts the high-frequency content of the output signal. The GX4002 has an inbuilt analog-to-digital converter that transmits digital diagnostic data regarding supply voltage and die temperature over the serial interface.

A small-outline, 32-pin, high-frequency QFN packaging with an exposed pad is used to package the GX4002 device. Both the encapsulating compound and the GX4002 are devoid of halogenated flame retardants. This component complies with RoHS, as do all homogenous subcomponents.

VSC3303: An inexpensive, low-power asynchronous crosspoint switch with an 8.5G data rate limit is the VSC3303. The VSC3303 serves two functions: switching and buffering. By offering signal equalization at both inputs and outputs, it makes it easier to build high-speed signal routes and can even reverse signal deterioration brought on by transmission line effects.

There are eight ports in total on the VSC3303. There are four input ports and four output ports. The VSC3303 is perfect for preventing signal deterioration over a range of transmission medium kinds and lengths since it features adjustable output pre-emphasis and input signal equalization each with different time constants.

The device typically uses 200 mW of power for each active channel, and inactive channels can be disabled to reduce the power consumed by those ports. Setting the output level settings to the minimal effective value for a given application will result in further power savings.

Every input port on the VSC3303 contains a loss of signal (LOS) detector with customizable thresholds. One of two status registers can get the LOS status. The high-speed switching core also switches the LOS signal to each linked output being watched. For each of the outputs, out-of-band (OOB) signal forwarding can be enabled.

THISCROSS POINT SWITCH MARKETREPORT WILL ANSWER FOLLOWING QUESTIONS

1. How many cross-point switches  are manufactured per annum globally? Who are the sub-component suppliers in different regions?
2. Cost breakup of a  Global cross point switch and key vendor selection criteria
3. Where is the cross point switch manufactured? What is the average margin per unit?
4. Market share of Global  cross point switch market  manufacturers and their upcoming products
5. Cost advantage for OEMs who manufacture Global cross point switch in-house
6. 5 key predictions for next 5 years in Global cross point switch market
7. Average B-2-B cross point switch market price in all segments
8. Latest trends in cross point switch market, by every market segment
9. The market size (both volume and value) of the cross point switch market in 2024-2030 and every year in between?
10. Production breakup of cross point switch market, by suppliers and their OEM relationship