silabs.com | Building a more connected world.Z-Wave 7.15.4.0 GA
Z-Wave and Z-Wave Long Range 700
KEY FEATURES
New Z-Wave Long Range protocol for the
US market
All Apps support both Z-Wave and Z-
Wave Long Range
All Apps are Z-Wave certified and Z-Wave
Long Range pre-certified
New Z-Wave PC-based Controller v5.51
supporting Z-Wave Long Range
New Z-Wave PC-based Zniffer v4.65
supporting Z-Wave Long Range
New Network Analyzer supporting Z-
Wave and Z-Wave Long Range
SDK 7.15.4.0 GA
Gecko SDK Suite 3.1
April 7, 2021
Z-Wave and Z-Wave Long Range 700 are designed to meet the demands of the future
smart home, where increasing needs for more sensors and battery-operated devices
require both long range and low power. Context-aware environments are the next
evolution in the smart home market, and they require technologies that have been
optimized specifically for these applications.
100% Interoperable: Every product in the Z-Wave ecosystem works with every other
product, regardless of type, brand, manufacturer or version. No other smart home/IoT
protocol can make this claim.
Best-In-Class Security: Z-Wave’s Security 2 (S2) framework provides end-to-end
encryption and the most advanced security for smart home devices and controllers.
Homes with S2 Z-Wave devices are virtually un-hackable.
SmartStart Easy Installation: SmartStart radically simplifies the installation of smart
devices by using QR code scans for uniform, trouble-free setup. Devices and systems can
be pre-configured dramatically easing deployments.
Backwards-Compatible: Z-Wave certification mandates backward-compatibility. The
very first Z-Wave devices on the market, more than ten years old still perform as intended
in networks with the latest Z-Wave technologies.
The Z-Wave and Z-Wave Long Range 700 SDK v7.15.4 GA, see section 6 Product Life
Cycle and Certification.
These release notes cover SDK version(s):
7.15.4.0 GA released April 7, 2021
7.15.2.0 Pre-Certified GA released January 27, 2021
7.15.1.0 Pre-Certified GA released December 9, 2020
Compatibility and Use Notices
Note: The supported compiler will be upgraded to ARM GCC-10-2020-q4-update in the next major release.
This Gecko SDK Suite release has a known security compatibility issue with one Gecko Platform component. For more
information about this, as well as other updates and notices, see the Security chapter of the Gecko Platform Release notes installed
with this SDK or on the Silicon Labs Release Notes page. Silicon Labs also strongly recommends that you subscribe to Security
Advisories for up-to-date information. For instructions, or if you are new to the Z-Wave 700 SDK, see Using This Release.
Contents
silabs.com | Building a more connected world.Z-Wave 7.15.4.0 GA | 2
1.4Known Issues in the Current Release..........................................................................................................................................6
2Z-Wave Plus V2 Application Framework..............................................................................................................................................7
2.4Known Issues in the Current Release..........................................................................................................................................7
3.1Door Lock Key Pad ......................................................................................................................................................................8
3.1.4Known Issues in the Current Release..................................................................................................................................8
3.2.4Known Issues in the Current Release..................................................................................................................................9
3.3.4Known Issues in the Current Release..................................................................................................................................9
3.4.4Known Issues in the Current Release................................................................................................................................10
3.5.4Known Issues in the Current Release................................................................................................................................11
3.6.4Known Issues in the Current Release................................................................................................................................11
4Serial API Bridge Controller ...............................................................................................................................................................12
4.4Known Issues in the Current Release........................................................................................................................................12
5Using This Release............................................................................................................................................................................13
5.1Installation and Use....................................................................................................................................................................13
5.2Security Information ...................................................................................................................................................................13
6Product Life Cycle and Certification...................................................................................................................................................15
silabs.com | Building a more connected world.Z-Wave 7.15.4.0 GA | 4
1Z-Wave Protocol
1.1New Items
New in version 7.15.1.0
This release now supports the Z-Wave Long Range (LR) specification that allows for up to +30 dBm, more than 4,000+ node network
support, up to 10-year coin cell battery life, and maintains Z-Wave backward compatibility and interoperability.
The Z-Wave Long Range 700 delivers up to 1-mile outdoor line-of-sight range achieved at +14 dBm output power. Furthermore, it brings
Z-Wave beyond the home into larger properties and multi-dwelling units.
1.Increased Coverage
Z-Wave 700 with LR devices enable wireless coverage beyond the yard, resulting in complete home or building area coverage
with no need for repeaters. Z-Wave LR eliminates the need for network repeaters/mesh by increasing the transmission range
found between Z-Wave devices up to 1 mile when using Z-Wave 700, with the potential for even longer range with additional
external amplification. The increased range unlocks new potential for Z-Wave networks beyond the home and into larger
properties such as hotels and multi-dwelling units (MDU), while making it easier than ever before to enroll IoT devices
deployed at the end of the yard or beyond for enhanced functionality.
2.Increased Scalability
As the average number of installed smart home devices continues to increase, so too does the strain on the network. To
support the upward trend in the number of sensor and IoT devices within homes and MDU environments, the Z-Wave 700 with
LR currently increases scalability on a single IoT network up to 1,000 nodes, with future support for 4,000+ nodes coming
soon.
3.Optimized Battery Life with Dynamic Transmit Power Control
Dynamic transmit power control of every transmission optimizes the current draw based on practical range needs after taking
into account noise floor and information on additional interferers. Z-Wave LR does not waste any power and increases the
battery lifetime, enabling typical sensor use cases with up to 10 years on a coin cell battery.
4.Interoperable and Backwards Compatible
Z-Wave 700 with LR devices (ZGM130S, EFR32ZG14) go through same Z-Wave Plus V2 certification program as Z-Wave
devices, enabling them to be installed within any existing Z-Wave network. These devices feature interoperability and
backwards compatibility with any previously installed Z-Wave device. The Wave Long Range functionality requires both an
end node and a gateway/controller to support Long Range. All Z-Wave Long Range based devices only support SmartStart as
inclusion method and S2 Authenticated is the lowest class key allowed. However, Z-Wave Long Range currently only
supports the US market.
5.Addressing New Markets
Z-Wave 700 with LR makes it possible to extend robust, scalable Z-Wave wireless connectivity to MDU, hospitality and
commercial uses cases, as well as large public venue networks such as airports, stadiums and arenas.
6.Certification
The Z-Wave 700 devices with LR will be certified under the Z-Wave Plus V2 certification program starting Q1 2021.
1.2Improvements
None
Z-Wave Protocol
silabs.com | Building a more connected world.Z-Wave 7.15.4.0 GA | 5
1.3Fixed Issues
ID #
Description
650818
QR Code must be extended to contain information about supported protocols to be Z-Wave Long Range-certified,
according to Alliance specification 2020D. A new TLV is added in the list of TLVs for the QR Code called Supported
Protocols. If the region is US, Z-Wave Long Range the Supported Protocols must contain both Z-Wave and Z-Wave Long
Range. All other regions should only have the Z-Wave protocol as supported.
653825
SerialAPI controller on KR frequency starts sending frames with CRC errors in a stress test where the controller
continuously transmits frames to a FLiRS node. Once the controller starts sending frames with CRC errors it does not
recover.
658805
Transmission power during inclusion was reduced too much when including Z-Wave Long Range end nodes
670132
The power amplifier is not configured correctly when setting Tx power value to +20 dBm, resulting in Tx power to be lower
than expected when running with high power PA configuration.
671619
Controller must receive an unsolicited Application Update Command Message
(UPDATE_STATE_INCLUDED_NODE_INFO_RECEIVED = 0x86) when receiving an INIF from an SmartStart-capable
node that is already included into another network.
679455
End devices can end up in an unresponsive state if S0 nonce get out of sync while receiving encrypted and fragmented
frames. If the target receives the first fragment correctly and the second one is encrypted with an old nonce due to a out
of sync situation, then it will be dropped without resetting the rx session state. End device recovers after a reset.
ID #
Description
433582
The supply voltage of the EFR32ZG14 SoC for gateways must be 2.5 V or higher. This will ensure stable operation,
since low noise DCDC conversion is enabled on the SoC instead of DCDC bypass.
648653
Setting SmartStart interval > 512 seconds before a sensor will enter EM4 only works for the first sleep interval.
666273
After exclusion from the network the excluding Z-Wave Controller should send Transfer End to HomeID to 00 00 00 00.
However, it sends to old Home ID.
656609
When Z-Wave Long Range frames are transmitted the sequence number is always ZERO but should be handled like
sequence numbers are handled in a 3 channel region.
ID #
Description
448729
Virtual nodes on a bridge controller will ack frames from a foreign homeID when the bridge controller is in the process of
adding a node to the network.
Fixed in release 7.15.4.0 GA
Fixed in release 7.15.2.0 Pre-Certified GA
Fixed in release 7.15.1.0 Pre-Certified GA
Z-Wave Protocol
silabs.com | Building a more connected world.Z-Wave 7.15.4.0 GA | 6
1.4Known Issues in the Current Release
ID #
Description
Workaround
355095
In small networks Assign Return Routes will only generate direct range or one-hop routes
even though multi-hop routes are possible.
None
361273
Transport Service is used when it is necessary to split a frame in two parts due to size.
However, Transport Service does not forward RSSI information from the lower layers but
only routing information. The RSSI value is the difference between LWR RSSI and
background RSSI. As a consequence it is not possible to use RSSI for large frames
handled by Transport Service in a network health calculation.
None
656604
Z-Wave Long Range Application can have more than one destination in the Lifeline
association group.
None
655801
Z-Wave Long Range controller will acknowledge and answer a Request Node Information
frame with a foreign HomeID if the destination NodeID in the frame matches a virtual node
in the controller.
None
473714
The Tx power for broadcast frames is not reduced correctly on Z-Wave frames. This can
result in unstable inclusion when doing direct range inclusion of end nodes on the edge of
range.
None
Issues in bold were added since the previous release. If you have missed a release, recent release notes are available on
https://www.silabs.com/products/software.
1.5Deprecated Items
None
1.6Removed Items
None
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