Certified system components

TP/E981.03

KNX/EIB Bit Transceiver by Pin Configuration. Setting and Diagnostic through SPI.  One DCDC for 3.3 or 5V up to 70mA. And a LDO for 20V up to 20 mA.

ELMOS

TP/E981.23

KNX/EIB Bit Transceiver by Pin Configuration. With Pin configurable Current and Current Slope. One DCDC for 3.3 or 5V up to 100mA. And a LDO for 20V up to 20 mA.

ELMOS

TP/E981.33

KNX/EIB Bit Transceiver with Pin configurable Current and Current Slope. One DCDC for 3.3 or 5V up to 100mA. And a LDO for 20V up to 20 mA.

ELMOS

TP/NCN5110

NCN5110 performs the physical transmission over the KNX twisted pair but requires a separate MCU to cover the MAC layer.  Includes two DC-DC converters and one LDO capable up to 5 to 40mA bus current consumption.

ON Semiconductor

TP/FZE 1066

The FZE1066 transceiver offers a bit-interface between the KNX bus and the application microcontroller. It is designed according the KNX specification so that development using the FZE1066 can be easily certified. Package: SOP 20 Available current for bus powered devices: 30 mA @ 5 V & 5 mA @ 20 V

SIEMENS (Distributed by Opternus)

TP/STKNX

The smallest KNX Bit Transceiver in 4x4 mm QFN 24 pins. One selectable Linear regulator 3.3V/5V – 20 mA. One adjustable DC/DC 1  to 12 V – 150 mA. Adjustable Current Slope.

STMicroelectronics

TP/KAIphys

KAIphys is the hardware component of TAPKO´s technology platform KAI for KNX-enabled bus devices. It has been the first KNX-certified interface module basing on standard components. KAIphys together with the KNX communication stack KAIstack forms a cost-efficient basis for complete KNX devices. Due to easy handling and high adaptability KAIphys provides a simple way to replace an existing solution even during the development process. With no ASIC being necessary and the possibility to choose among various options KAIphys streamlines every KNX product hardware design.

TAPKO Technologies / GIRA (Distributed by Opternus)

TP/E981.03

KNX/EIB Transceiver by Hardware setting. Setting and diagnostic through SPI- or TP-UART compatible Interface. One DCDC for 3.3 or 5V up to 100mA. And a LDO for 20V up to 20 mA.

ELMOS

TP/E981.23

KNX/EIB Transceiver with Pin configurable Current and Current Slope.  Setting and diagnostic through TP-UART compatible Interface. One DCDC for 3.3 or 5V up to 100mA. And a LDO for 20V up to 20 mA.

ELMOS

TP/NCN5121

NCN5121 is similar to the NCN5120 but includes a wider temperature  range (-40 to 125°C), bus current limit and higher efficiency in the DC-DC converters.  Total bus current is limited to 20mA.

ON Semiconductor

TP/NCN5130

The NCN5130 is the top of the line KNX device from ON Semiconductor.  It includes all the benefits of the NCN5121 but also extends the total bus current to 40mA.

ON Semiconductor

TP TP-UART2 (IC)
TP-UART2+ (IC)

Next generation of KNX transceiver. Digitally compatible with its predecessor: communication stacks and drivers can be used without modification. Enhanced features including efficient stabilized 3.3 V and 5 V power supply with 30 mA max. current (50 mA when 20 V not used), switchable 20 V power supply with limiting function and a smaller QFN 36 package. TP-UART2+ Baud rate 115200 or 19200 baud: TPUART2+ >< Host – Controller. Package: QFN 36.Available current for bus powered devices: 50 mA @ 3.3 V or 5 V, 25 mA @ 20 V

SIEMENS (Distributed by Opternus)

TP TP-UART2 (PCB)

The TP-UART 2 evaluation board offers an interface to the KNX bus together with a Bus Transceiver Interface (BTI) for quick development of your applications based on TP-UART 2.

SIEMENS (Distributed by Opternus)

RF/S2-LP

The RF S2-LP chip can be used without having to repeat the Tests in Volume 8/2/5 of the KNX Specifications, provided the supplier of the certified system stack used by you confirms that his system stack implemented on a certain µP platform was certified together with the RF S2-LP chip (in case of doubt, contact KNX). When using another µC in combination with the RF S2-LP chip or when you have designed your own system stack, the before mentioned tests have to be carried out and evaluated by KNX Association in the framework of a witness testing. KNX-RF S2-LP chip provides state-of the art power consumption figures (10mA @ +10dBm Tx & 7mA Rx currents) enabling battery powered applications.

STMicroelectronics

TPE-Stack

E-Stack ARM System Profile 2

Eelectron

TP/μPD78F053x BCU 2.5

The Renesas 78F microcontrollers already containing the BCU 2.5 system software compliant and certified to the KNX specification. In combination with the TP-UART, it is the ideal chipset for fast development of KNX applications.                Package: 64-PIN-TQFP (fine pitch)  7x7mm

RENESAS (Distributed by Opternus)

TP/KAIlink-BIT

KAIlink-BIT is a driver for analog transceivers. KAIlink-BIT in combination with KAIphys represents a highly-efficient discrete solution for connecting to KNX TP that can easily be adapted to requirements. Usage of KAIlink-BIT allows low-cost KNX devices and opens a way to features like “More Energy from the Bus”. With both link layer and upper physical layer located in the application’s controller KAIlink-BIT utilizes 100% bandwidth for sending and achieves up to 100% bus load.

TAPKO Technologies

TP/KAIlink-UART

KAIlink-UART is a reliable driver for digital transceivers in digital mode that runs on almost every MCU. It is fully implemented in ANSI-C and independent of the target platform, with or without RTOS. KAIlink-UART is able to run in several instances. Two or more transceivers can be connected even in different modes. All hardware-dependent parts are isolated in a hardware abstraction layer. KAIlink-UART is fully interrupt-driven and supports the standard frame format as well as the extended frame format. KAIlink-UART also features functions like Link Layer mode, Bus Monitor mode and an adaptable address check.

TAPKO Technologies

RF/KAIlink-RF

KAIlink-RF is fully compatible with KAIstack. Providing KNX RF to KAIstack replaces KAIlink-BIT, KAIlink-UART and KAIlink-IP. KAIlink-RF supports two modes, KNX RF Ready for single frequency communication as well as KNX RF Multi for multi frequency communication. With use of the slow channels from RF Multi a bi-directional mode for battery powered devices is available. The Listen before Talk function suppresses collisions. KAIlink-RF runs on almost every microcontroller, is fully implemented in ANSI-C and independent of any target platform with or without RTOS.

TAPKO Technologies

The combination of the ST BlueNRG-2 connected via SPI to ST S2-LP SubGHz transceiver has been certified by the manufacturer alongside. It is the ideal chipset to provide a certified KNX-RF solution together with BLE 5.0 2.4GHz Standard. This allows configuration and communication from a Mobile Phone with Bluetooth Low Energy to a KNX-RF infrastructure. An evaluation package to combine KNX-RF with BLE5.0 is available at ST Microelectronics.

TAPKO Technologies

The combination of the ST BlueNRG-M2SA/BlueNRG-M2SP modules and the ST S2-LP SubGHz transceiver has been certified by the manufacturer alongside. Also this is a certified KNX-RF solution together with BLE 5.0 2.4GHz Standard. This allows configuration and communication from a Mobile Phone with Bluetooth Low Energy to a KNX-RF infrastructure. An evaluation package to combine KNX-RF with BLE5.0 is available at ST Microelectronics.

TAPKO Technologies

RF/S2-LP + STM32

The combination of the STM32 in combination with the ST S2-LP SubGHz transceiver has been certified by the manufacturer alongside.

TAPKO Technologies

IP/KAIlink-IP

KAIlink-IP handles KNX devices over KNXnet/IP by medium Ethernet. It integrates the KNX protocol on top of the IP layer as an extension of KAIstack. With KAIlink-IP KNX devices of different KNX subnetworks may use the KNX IP network for Remote configuration, Remote operation and as Fast backbone for KNX installations. KAIlink-IP is implemented in portable ANSI-C. Therefore, it is easy to combine the KNXnet/IP core and the abstraction layer with a C++ environment for convenient use. KAIlink-IP on top of an IP stack provides platform specific interfaces for platform independent use.

TAPKO Technologies

TP / 0705

The KNX stack produced by the experience and knowledge of Bosmer. It has flexible structure, integration is simple and easy, based on system 0705 also allows access to TP physical media. Our KNX Stack offers suitable and comfortable use for KNX device manufacturers. And, also our KNX Stuck is economical and the best option for the new KNX developers. Our Stack is Certified by KNX, and we support all your needs with documentation and workshop.

Bosmer

TP, RF,
System B

The KNX Stack solution from ise offers a certified System B Stack with modular design, allowing access to different physical media, like TP or RF. It is designed to work with 8 bit Microcontrollers with small footprint. It supports encrypted firmware update via ETS or stand-alone tools.

ISE

TP/
0705

The KNX stack from Nanjing Shufan Information Technology Co.,Ltd. is based on KNX Mask 0705. It can be used to develop KNX application devices, such as switch, dimmer, presence detector, etc. Because of the low cost, it's chipset suits for large scale production. On the other hand, based on the modularization programming method, this stack can be easily migrated to other MCU platforms. It can support the customer's special demands based on this property.

Nanjing Shufan Information Technology Co.,Ltd.

TP/OPT-STK-111 / TP 0705

Optimus Doruk has been a prominent player in smart building ecosystem for almost 25 years. Optimus Doruk differentiates itself in the market by providing for versatile needs in areas such as; Engineering services, Project Management, KNX Product/Stack production, System Integration and Product Distribution. Our approach to R&D is to be prescient and create products that not only meet the needs of today but can stand the test of time while also increasing the level of effectiveness’ of operation for the system integrators. And even more so, the ultimate challenge is to redefine the relationship of the end users with their living spaces.

Optimus Doruk Elek. Elektronik Otomasyon San. Tic. A.Ş.

TP/
BIM M13x

The bus interface modules are printed circuit boards consisting of the chipsets (TP-UART + KNX microcontroller) mounted with all necessary components. The BIM M13x series of bus interface modules provides state of the art flash technology; this enables the application designer to utilize modern tools leading to shorter development times. The application interface includes the PEI, Reset, two PWMs and one processor port. The BIM M13x modules contain the BCU 2.5 system software compliant to the KNX specification.

SIEMENS (Distributed by Opternus)

TP, RF, IP
KAIstack

KAIstack KNX stack offers all the functionality needed for KNX devices. Due to modularity KAIstack can be configured according to individual needs. Its modular structure and high flexibility delivers the TAPKO stack an unique HW/SW-adaptability. KAIstack supports all KNX configuration modes as well as all KNX device models, can run independently or as a part of an operating system (RTOS, Linux, and PC) and the API enables easy KNX application development with all essential functionalities included. As KAIstack configuration changes do not affect an application or its development process configuration can be changed during application development without restrictions.

TAPKO Technologies

TP, RF, IP
KAIstack EVA

KAIstack EVA board is realized in different versions and each is equipped with one of more than 100 MCUs available. For a few of these versions TAPKO offers free downloadable KAIstack demo software. KAIstack´s internal structure separates application-relevant parts, stack-internal parts, media-dependent parts and target/MCU-related parts. For every valid combination of MCU, device model, way of commissioning, and media driver the stack´s core stays the same. Porting to custom hardware platforms can easily be done. In a Microsoft Windows environment KAIstack´s flexibility even allows developers to generate the code for a desired target MCU at any time.

TAPKO Technologies

TP
KNX Stack Classic (System 7)

KNX Stack Classic Development Solution System 7 - System software for KNX devices - Medium: Twisted Pair (TP) - Device model: 0705 - Up to 254 group objects - Up to 30kByte loadable memory - Optional: Loadable application code via ETS - Bus access: KNX UART Transceiver, Bit transceiver on request - API in ‘C’ language - ETS support - Certified by KNX Association - Development Hardware - Documentation & Training

WEINZIERL

TP, RF, IP 
KNX Stack NGS (System B)

KNX Stack NGS Development Solution System B - Designed for 32-bit micros - Core Pack KNX Stack for all media - Medium Access Packs for TP/RF/IP - Device model System B (e.g. 07B0 for TP) - Up to 65535 group objects (theoretical value) - Up to 1MByte loadable memory - Optional: Loadable application code via ETS - Bus access: KNX UART Transceiver, Bit transceiver on request - API in ‘C’ language - Software tools Net’n Node / TraceMon - Including kScript Tool to generate application framework and ETS entry (XML configuration for KNX MT) - Certified by KNX Association - Development Hardware - Documentation & Training

WEINZIERL

TP/KNX to SERIAL

Serial interface

Eelectron

TP/RPI – KNX Interface

Raspberry Pi interface

Eelectron

TP/KNX Programmable

Programming the application in C# and VB.Net. Up to 64 KNX communication objects. IP and USB connection with third-party devices. For the latest version of ETS.

ISE

RF/RF Module

System B stack supporting many different I/O features.

ISE

TP/SIM-KNX

The SIM-KNX Serial Interface Module family connects controllers and devices to the KNX TP bus utilizing a simple ASCII protocol. Available as 128 and 254 group objects server versions they provide all conditions required for KNX certification. So, the SIM-KNX family represents TAPKO´s most cost-effective KNX implementation and is especially suitable for series production. Containing a MCU, galvanic isolation between API and KNX bus system, and the KNX communication system for data format conversion most of the common KNX data types are supported. Adding bus oriented functions to the original application design can be done without any restrictions.

TAPKO Technologies (Distributed by Opternus)

TP/KIMaip

KIMaip is an easy-to-use Interface Module for connecting to the KNX. Access to the KIMaip module from your application controller is achieved via I2C bus. KIMaip consists of a microcontroller running the certified KNX communication stack KAIstack and the high performance KNX interface to the KNX bus - KAIphys. This design enables direct usage of the high power supply from the bus.

TAPKO Technologies (Distributed by Opternus)

TP/USB-Module

TAPKO´s USB Interface Module enables a galvanic isolated bi-directional connection between KNX TP bus system and PC without requirement for an extra application program or a specific USB driver. Any software based on FALCON (ETS, EITT) can communicate with the KNX bus devices connected via flexible common EMI protocol (cEMI). The bus device access can be used for commissioning, addressing, setting of parameters, visualization, protocolling and diagnostic functions. The USB Interface Module supports long telegrams as well as Raw Frames.

TAPKO Technologies

RF/RF-Module

TAPKO´s KNX RF Module containing KAIstack was first standard RF module in KNX history with the ability to configure KNX RF devices by ETS. Without any adaptation applications realized for KNX TP can be used also on the KNX RF medium. Even battery powered RF solutions are possible this way. So, with KAIstack providing all necessary features for support of low-power modes energy sensitive applications (battery powered, energy harvesting) can easily be developed for the RF medium.

TAPKO Technologies

TP/KNX BAOS Module 830

The KNX BAOS Module 830 serves as a serial interface to KNX. BAOS stands for “Bus Access and Object Server”. The module allows the access to the KNX bus on telegram level (KNX Link Layer) as well as on data point level (KNX Application Layer). The connection between application and KNX BAOS Module is established via a UART connection (FT1.2 framing). The module can be used to easily develop KNX devices (e.g. sensor, actuator or gateway) with low investment. It Is also an option to add KNX connectivity to existing devices with limited development effort. For a quick start a generic ETS entry with 1000 group objects is available. Individual ETS entries can be created as well. The KNX BAOS Module 830 is powered via the bus and provides galvanic isolation.

WEINZIERL

TP/KNX BAOS Module 832

As KNX BAOS Module 830 but without galvanic isolation. The Module provides a power output for the application.

WEINZIERL

TP/KNX BAOS Module 838 kBerry

The KNX BAOS Module 838 kBerry is an extension board for the Raspberry PI® single-board computer. It can be plugged directly on the Raspberry board and is fully compatible with the KNX BAOS Module 830. A free SDK (Software development kit) for Raspian is available at www.weinzierl.de

WEINZIERL

RF/KNX BAOS Module 840

As KNX BAOS Module 840 provides the proven BAOS architecture now for KNX RF. As the TP version the KNX BAOS Module 840 supports up to 1000 group objects and can be configured using ETS. The BAOS protocol is unchanged. So applications for BAOS TP can be used very easy wireless.

WEINZIERL

TP, RFKNX BAOS Starter Kit

The new Weinzierl KNX BAOS Starter Kit allows a quick start into KNX development. The development board provides a socket for the BAOS Modules and contains a user programmable micro (Cortex M0+) for the application as well as some connectors, LEDs and buttons for development purpose.The KNX BAOS Starter Kit for TP contains:- 1 development board- 1 KNX BAOS 830 module- 1 KNX BAOS 832 module- 1 USB cable A/B (micro)- Development software (via download)

WEINZIERL