User's Manual

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Table Of Contents

Operating Conditions
Features
WLAN
Bluetooth (Optional)
Memory Interfaces
Communication Interfaces
Audio and Graphics Interface
Input/Output
Applications
Table of Contents
Most Current Data Sheet
Errata
Customer Notification System
1.0 System Overview
- FIGURE 1-1: CY920 Based System Block Diagram
- 1.1 Connectors and Connections
  - 1.1.1 Module Connectors
  - 1.1.2 Antenna Connector
- 1.2 Pin Description
2.0 CY920 Board Layout and Features
- 2.1 Top View of CY920 Board
  - FIGURE 2-1: CY920 Board (Top View)
- 2.2 Bottom View of CY920 Board
  - FIGURE 2-2: CY920 Board (Bottom View)
- 2.3 Production Board with RF Shield (Top View)
  - FIGURE 2-3: CY920 Board with RF Shield (Top View)
- 2.4 Production Board with RF Shield (Bottom View)
  - FIGURE 2-4: CY920 Board with RF Shield (Bottom View)
3.0 Application Guidelines
- 3.1 Power Sequencing and Reset Timing
  - FIGURE 3-1: Power-up Sequence
- 3.2 RF Considerations
4.0 Wi-Fi Specification
- TABLE 4-1: Wi-Fi® Specifications (1, 2, 4, 5, 6) (Continued)
5.0 Bluetooth Specifications
- 5.1 Features
- 5.2 Bluetooth Radio Characteristics
  - TABLE 5-1: Radio Characteristics
6.0 Packaging Information
- FIGURE 6-1: CY920 Board Dimensions (Top View)
- FIGURE 6-2: CY920 Board Dimensions (Bottom View)
- 6.1 3D View of the CY920 Board
  - FIGURE 6-3: CY920 Board (3D View)
- 6.2 Module Weight
  - TABLE 6-1: Module Weight
7.0 Electrical Characteristics
- Absolute Maximum Ratings
8.0 Regulatory Compliance and Quality
- TABLE 8-1: Regulatory compliance
- 8.1 Antenna Considerations
  - TABLE 8-2: Antenna List
  - TABLE 8-3: Antennas for Various SKUs
- 8.2 CY920 Usage Guidelines under Modular Approval
- 8.3 Restriction of Use of Hazardous Substances (RoHS) Compliance
9.0 Ordering Guide
- TABLE 9-1: Ordering Guide(1)
Appendix A: Certification Notices
- Federal Communications Commission Interference Statement
- Labeling Requirements
- RF Exposure Warning
- Information for the OEMs or Integrators
- Information to be Supplied to the End User by the OEM or Integrator
- Japan
- Canada, Industry Canada (IC) Notices
- RF Exposure Information
- Canada, avis d'Industry Canada (IC)
- Informations concernant l'exposition aux fréquences radio (RF)
Appendix B: Revision History
- Revision A (January 2014)
- Revision B (March 2014)
- Revision C (June 2014)
The Microchip Web Site
Customer Change Notification Service
Customer Support

CY920

Table 7-2 provides the current consumption details in

various measurement conditions.

The current consumption per voltage rail and power

consumption details will be provided in the future

revision of this document.

TABLE 7-2: POWER CONSUMPTION

(1)

Measurement Condition

Current Consumption per

Voltage Rail (mA)

Power

Consumption

(mW)

1.2V 1.8V 2.5V 3.3V

Maximum expected current consumption per rail across operating

modes (continuous Tx/Rx mode with all function active), see

Note 2.

———— —

Wi-Fi streaming (Ethernet, USB and Bluetooth power-down) — — — — —

Wi-Fi streaming (USB active, Ethernet and Bluetooth power-down) — — — — —

Wi-Fi streaming (USB and Bluetooth active) — — — — —

Ethernet streaming (Wi-Fi, USB and Bluetooth power-down) — — — — —

Ethernet streaming (USB active, Wi-Fi and Bluetooth power-down) — — — — —

Bluetooth streaming (Ethernet, Wi-Fi and USB power down) — — — — —

Bluetooth streaming (USB active, Ethernet and Wi-Fi power-down) — — — — —

Bluetooth streaming (Ethernet active, Wi-Fi and USB power down) — — — — —

PSM wake up on Wi-Fi (PSM JB Green) (DTIM=1), see Note 2 ———— —

PSM wake up on Ethernet and wake on Wi-Fi (PSM JB Green) — — — — —

Hibernate mode: Wake on Host or GPIO (Wi-Fi, Ethernet,

Bluetooth and USB in power-down), see Note 2

———— —

Hibernate mode: Wake on Host or GPIO (Wi-Fi, Ethernet,

Bluetooth and USB in power-down), see Note 2

———— —

CY920 module held in Reset — — — — —

Note 1: All current consumptions are estimates, and will be revised after initial modules are characterised.

2: The worst case maximum is when all functions are active and when the Wi-Fi is transmitting in continuous

Tx/Rx mode. This mode is used only during the Wi-Fi RF certification test. A separate software will be

required to perform this test. Power supplies should be designed with some additional derating on top of

the maximum value, typically +30%.