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Introduction to Z-Wave 800 Series
The Z-Wave 800 series is the latest edition of the world's most popular IoT wireless protocol for smart home applications. Download this article to learn more about its key features and benefits.
Hardware
| Description | Z-Wave Long Range | Flash (kB) | RAM (kB) | Sensitivity (dBm) | Package Type | Package Size (mm) | |
|---|---|---|---|---|---|---|---|
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FEATURED
Z-Wave 800 Modules
Z-Wave 800 Series SiP Modules with Secure Vault
|
Z-Wave 800 SiP Module | 512 | 64 | -110.9 | SiP | 6.5 x 6.5 | |
|
Z-Wave 800 SoCs
Z-Wave 800 SoCs
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ZG23 Wireless SoC Series 2 | 512 | 64 | -108.1 | QFN40, QFN48 | 5x5, 6x6 | |
|
Z-Wave 700 Modules
Z-Wave 700 Modules
|
Z-Wave 700 SiP Module | 512 | 64 | -103.9 | SiP | 9 x 9 | |
|
Z-Wave 700 SoCs
Z-Wave 700 SoCs
|
Z-Wave 700 Modem SoC | 256 | 32 | -106 | QFN32 | 5 x 5 | |
|
Z-Wave 500 Modules
Z-Wave 500 Modules
|
Z-Wave 500 PCB Module, Z-Wave 500 SiP Module | 128 | 16 | -94.3, -93 | PCB, SiP | 8 x 8 |
Find the Right Z-Wave Device for Your Application
Z-Wave 800 Series Development Kit
Z-Wave 800 Series Development Kit
Z-Wave 800 Pro Kit
Z-Wave 800 Pro Kit
ZGM230S Z-Wave SiP Module Radio Board
ZGM230S Z-Wave SiP Module Radio Board
Silicon Labs Releases Z-Wave Protocol to Expand Smart Home Ecosystem,
Z-Wave Alliance to Become Standards Development Organization
Silicon Labs and Z-Wave Alliance announced plans to open the Z-Wave Specification as a ratified, multi-source wireless standard available to all silicon and stack vendors for development. By expanding access to Z-Wave protocol as a standard supported by multiple semiconductor and software suppliers, the Z-Wave ecosystem will benefit both from broader technology support as well as accelerated market adoption.
The Z-Wave protocol is currently the foundation of the most mature and pervasive smart home ecosystem in the market today. With more than 100 million interoperable devices deployed, the Z-Wave ecosystem comprises more than 3,200 Z-Wave certified products provided by over 700 Z-Wave Alliance member companies.
To learn more about Open Z-Wave protocol and/or membership in to the Z-Wave Alliance, register below.
Kits and Boards
Z-Wave 800 Series Development Kit
Z-Wave 800 Series Development Kit
Software and Tools
Z-Wave Software Development
We provide smart home IoT device makers with a full range of Z-Wave protocols including Z-Wave 500, Z-Wave 700, Z-Wave LR, and the latest Z-Wave 800. You can find links to the latest software and tools available for Z-Wave development and debugging below.
| Z-Wave 800 Series End Device SDK | The Z-Wave 800 Series Software Developer Kit (SDK) helps developers create Z-Wave Plus compliant smart home devices quickly and cost-effectively. | |
| Unify SDK Z-Wave Controller | Alliance certified Z-Wave controller based on Unify SDK. Unify SDK simplifies IoT infrastructure development including gateways, access points, hubs, bridges, and application processor-based end products. Unify SDK provides common building blocks that ease connectivity across IoT ecosystems including Z-Wave. | |
| Z/IP Gateway | Z/IP Gateway is an out of the box alliance certified Z-Wave controller Distributed as source | |
| Z-Wave 700 Series End Device SDK | The Z-Wave 700 Series End Device Software Developer’s Kit (SDK) helps developers create Z-Wave Plus compliant smart home devices quickly and cost-effectively. | |
| Z-Wave 500 Series End Device SDK | The Z-Wave 500 Series End Device Software Developer’s Kit (SDK) intended to help developers creating Z-Wave Plus compliant products in a fast and cost-effective manner. |
Resources
Z-Wave Technical Library
Access to Data Sheets, App Notes, and more.
Z-Wave Training
Find all Z-Wave training resources
Z-Wave Certifications
Learn the process to certify your products for Z-Wave
Z-Wave Specifications
Learn more about Z-Wave specifications
Z-Wave Protocol Lifecycle
Read about Z-Wave software longevity
Z-Wave Global Coverage
See global frequency coverage
Learn About Z-Wave Protocol
overview
What is Z-Wave?
The Z-Wave protocol is an open, interoperable, sub-GHz wireless communications technology designed specifically for control, monitoring and status reading applications in residential and light commercial environments. Z-Wave has two operating modes Z-Wave MESH which is a very reliable sub-GHz MESH and Long Range which operates in a STAR topology offering over a mile range. Mature, proven and broadly deployed (with over 100 million products sold worldwide), Z-Wave is by far the world market leader in wireless control, bringing affordable, reliable and easy-to-use ‘smart’ products to many millions of people in every aspect of daily life.
Silicon Labs Z-Wave Solution
The Silicon Labs Z-Wave solution is an end to end solution with software and hardware building blocks for both controllers and end devices to create a full smart home IoT system. The Z-Wave software gives you the foundational features required in the Z-Wave Specification and enables you to focus on your application with no need to be a protocol expert.
Z-Wave End Device Software
The Z-Wave End Device software from Silicon Labs enables end devices such as security sensors, door locks, light switches/bulbs, and many more to benefit from the pre-certified Z-Wave applications, all certified under the latest certification program from the Z-Wave Alliance. For more custom device applications you can leverage the Z-Wave Application Framework.
The complete suite of Z-Wave certified HW and SW building blocks enables system solutions, for end device makers and controller/gateway companies, to build Z-Wave powered smart home products and enjoy the benefits of taking part in the Z-Wave Ecosystem.
Z-Wave Controller Software
The Z-Wave Controller software from Silicon Labs enables faster time to market, as it handles all connectivity and protocol details allowing you to focus on your application software and cloud connection. The Z-Wave Controller solution with Unify SDK provides features such as easy and secure commissioning, network maintenance, a mailbox for battery devices and more ensuring that your controller product is in compliance with the required functionality from the Z-Wave Alliance Specification. The controller solution is pre-certified under the latest Z-Wave certification program from the Z-Wave Alliance and distributed as a source code via GitHub. The pre-certified Z/IP Gateway option is also still available and distributed as a source code, but it is in maintenance mode.
Z-Wave Compared
| Range | Data Rate | Frequency Band | Network Topology | |
| Z-Wave | 100 m | 100 kbps | 915/868 MHz | MESH |
| Z-Wave Long Range | >1000 m | 100 kbps | 912 MHz | STAR |
Benefits
What is Z-Wave used for?
Z-Wave is designed to meet the demands of the future smart home, hospitality and MDUs, where increasing needs for more sensors and battery-operated devices require both long-range and low power. Our sub-GHz Z-Wave solutions offer best in class security, Smart Start provisioning, battery life of up to 10 years, full home and yard coverage, customer product-level interoperability and backward compatibility.
Z-Wave is, by far, the most widely used wireless protocol for the home automation industry. It uses simple, reliable, low-power radio waves that easily travel through walls, floors and cabinets, without interference from the other wireless devices you might have in your home. Z-Wave can be added to almost anything electronic, even devices that you wouldn’t ordinarily think of as “intelligent,” such as appliances, window shades, thermostats and lights.
Z-Wave offers integrators and system designers a world of business opportunities, along with the products and training to make those opportunities pay dividends for both you and your clients. Now integrators can easily deliver all the hot applications that customers are asking for, including remote home and business management, energy conservation, connected solutions for independent aging, real estate and property control and more. All with no new wiring and the confidence that comes with an interoperable standard that works seamlessly between brands.
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Offering wide coverage and up to 10 years on a coin cell
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Over 3000 products from 700 manufacturers
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Z-Wave S2 + Secure Vault™ for Z-Wave 800
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Easy and error free secure inclusion
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Easy development and faster time to market
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Up to 1.5-mile wireless communication range
Applications
Secure, smart home solutions for Z-Wave
Training Resources
Learn more about Z-Wave with these training assets
video-modules
Curriculum
Curriculum
Video Materials
Tech Talk
Tech Talk
Tech Talk
Overview
Benefits
Applications
Training
Z-Wave Series Comparison
Z-Wave SoCs Comparison
| Feature | Z-Wave 700 SoCs | Z-Wave 800 SoCs |
|---|---|---|
| Family | EFR32ZG14 | EFR32ZG23 |
| Product Focus | Z-Wave Controllers | Z-Wave End Devices, Controllers |
| Protocols | Z-Wave MESH, Z-Wave Long Range | Z-Wave MESH, Z-Wave Long Range |
| Frequency Band | 868/908-920 MHz | 868/908-920 MHz |
| Wireless Range (indoors) | 228 Meters | 401 Meters |
| Core | 32-bit ARM® Cortex®-M4 core at 39 MHz + Floating Point Unit | 32-bit ARM® Cortex®-M33 core at 78 MHz + Floating Point Unit |
| Max Flash | 256 kB | 512 kB |
| Max RAM | 32 kB | 64 kB |
| Security | Hardware Cryptographic Acceleration for AES 128/256, SHA-1, SHA-2 (SHA-224 and SHA-256) and ECC | S2, Secure Secure Vault™ Mid & High |
| Max Tx Power | +14 dBm | +20 dBm |
| Rx Sensitivity (100 kbps GFSK) | -98.8 dBm | -108.1 dBm |
| Rx Sensitivity (100 kbps OQPSK) | -106 dBm | -109.8 dBm |
| Tx Current @ 0 dBm | 12.9 mA | 9.8 mA |
| Rx Current (100 kbps GFSK) | 10.5 mA | 4.0 mA |
| Operating Voltage | 1.8 to 3.8 V | 1.71 to 3.8 V |
| Package (GPIO) | 9 GPIOs | 22/23 GPIOs on QFN40 31 GPIOs on QFN48 |
| Size | QFN32 5 x 5 mm | QFN40 5 x 5 mm QFN48 6 x 6 mm |
| Temperature Range °C | -40 to 85 °C | -40 to 125 °C |
| Antenna | N/A | N/A |
| Certifications | Z-Wave | Z-Wave |
Z-Wave Modules Comparison
| Feature | Z-Wave 500 Modules | Z-Wave 700 Modules | Z-Wave 800 Modules |
|---|---|---|---|
| Family | ZM5101 / ZM5202 | ZGM130S | ZGM230S |
| Product Focus | End Devices, Controllers | End Devices, Controllers | End Devices, Controllers |
| Target Applications | Smart Home | Smart Home, MDUs, Hospitality | Smart Home, MDUs, Hospitality |
| Protocols | Z-Wave Plus | Z-Wave Mesh, Z-Wave Long Range | Z-Wave Mesh, Z-Wave Long Range |
| Frequency Band | 868/915 MHz | 868/915 MHz | 868/915 MHz |
| Wireless Range (indoors) | 114 Meters | 202 Meters | 302 Meters |
| Core | Optimized 8051 CPU Core | 32-bit ARM® Cortex®-M4 core at 39 MHz | 32-bit ARM® Cortex®-M33 core at 39 MHz |
| Max Flash | 128 kB | 512 kB | 512 kB |
| Max RAM | 16 kB | 64 kB | 64 kB |
| Security | S2, SmartStart Support | S2, TRNG, Crypto Acceleration, CRC | S2, Secure Secure Vault™ Mid & High |
| Max Tx Power | +3 dBm | +14 dBm | +14 dBm |
| Rx Sensitivity (100 kbps GFSK) 869 MHz |
-94.3 dBm |
-97.9 dBm | -108.8 dBm |
| Rx Sensitivity (100 kbps OQPSK) 912 MHz |
— | -103.9 dBm | -110.9 dBm |
| Tx Current @ 0 dBm | 34 mA (ZM5101), 30 mA (ZM5202) |
13.3 mA | 10.7 mA |
| Rx Current (100 kbps GFSK) | — | 9.8 mA | 4.8 mA |
| Operating Voltage | 2.3 to 3.6 V | 1.8 to 3.8 V | 1.8 to 3.8 V |
| Package (GPIO) | 30 GPIOs ZM5101 10 GPIOs ZM5202 |
Up to 32 GPIOs | Up to 34 GPIOs |
| Size | 8.0 x 8.0 mm (ZM5101), 13.6 x 12.5 mm (ZM5202) |
9.0 x 9.0 mm | 6.5 x 6.5 mm |
| Temperature Range °C | -40 to 85 °C | -40 to 85 °C | -40 to 85 °C |
| Antenna | RF Pin | RF Pin | RF Pin |
| Certifications | Z-Wave | Z-Wave, Regulatory compliance test reports | Z-Wave, Regulatory compliance test reports for FCC/IC/CE/MIC |
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