Biggest changeWe compete based on technology, cost, and design flexibility. 9 Table of Contents Our ability to compete successfully depends on numerous factors, including our ability to: · maintain and increase our market share and the strength of our brand in amplifiers; · maintain and expand our relationships with channel partners; · secure products in large volume in a cost-effective and timely manner from our suppliers; · develop innovative, differentiated, high-performance products relative to our competitors’ solutions; and · protect our intellectual property.
Biggest changeOur ability to compete successfully depends on numerous factors, including our ability to: ● maintain and increase our market share and the strength of our brand in amplifiers; ● maintain and expand our relationships with channel partners; ● secure products in large volume in a cost-effective and timely manner from our suppliers; ● develop innovative, differentiated, high-performance products relative to our competitors’ solutions; and ● protect our intellectual property. 10 We cannot assure you that our solutions will compete favorably or that we will be successful in the face of increasing competition from new products and enhancements introduced by our existing competitors or new companies entering our market.
In February 2018, the Company entered into an advisory agreement with Sunbiz Holding Corp to promote market awareness in Asia and the Middle East. The advisory agreement had been extended for additional two years ending in 2022.
In February 2018, the Company entered into an advisory agreement with Sunbiz Holding Corp to promote market awareness in Asia and the Middle East. The advisory agreement had been extended for an additional two years ending in 2022.
The BDC assembly down converts a Ka band signal, 17.7 GHz to 19.7 GHz, from the LNAs on either polarization of the antenna to between 950 and 2150 MHz using a high and low band block downconverter. 1:2 Tx Protection Switch Panel Subsystem The Specialty Microwave 1:2 Tx Protection Switch panel is a logic panel used in satellite communications earth stations.
The BDC assembly converts a Ka band signal, 17.7 GHz to 19.7 GHz, from the LNAs on either polarization of the antenna to between 950 and 2150 MHz using a high and low band block downconverter. 1:2 Tx Protection Switch Panel Subsystem The Specialty Microwave 1:2 Tx Protection Switch panel is a logic panel used in satellite communications earth stations.
We believe that the RF semiconductor industry has the following features: High demand for complex, next-generation Wireless signal processing applications. · Mass adoption of Internet and Web-based applications, and other high-band width applications · Ability to combine analog and digital signal processing into more integrated RF solutions · Widespread application of low-cost, high-performance and functionality wireless networks · Emergence of 5G/6G, WI-FI 6e, satellite and advanced wireless network infrastructure rollouts Growing opportunity for advanced RF subsystems, modules and components. · Demand for precise, high-speed signal conditioning interfaces between analog and digital · Combining analog/digital signal processing capabilities into more highly integrated solutions 8 Table of Contents · Widespread application of low-cost, high-performance wireless network systems · Convergence of computing, communications, and consumer electronics with state-of-the-art signal processing capability with less power consumption Complements original equipment manufacturer, or OEM, design, and manufacturing capabilities. · Deliver high quality and feature improvements that service provider requires · Lower production costs and shorten product development cycles · Adhere to flexibility, performance, streamlined procurement processes and value requirements Current and Future Target Markets. · High speed terrestrial and satellite terminals (SATCOM, “Internet in the Sky”) · 5G/Wi-Fi6E and 6G wireless infrastructure (Cellular Base Stations, Small Cells, Private Wi-Fi Networks) · IoT (Internet of Things) · Cloud farms, big data and MEC architecture · Quantum supercomputers/Quantum research · Deep space astronomy · Autonomous self-driving vehicles · Telemedicine, AR/VR (Augmented and Virtual Reality) · Drones, UAVs (Unmanned aerial vehicles) · Cyber-security · Military/Defense ECM/EW Competition We face competition in the amplifier industry from many established players.
We believe that the RF semiconductor industry has the following features: High demand for complex, next-generation wireless signal processing applications. ● Mass adoption of internet and web-based applications, and other high-band width applications ● Ability to combine analog and digital signal processing into more integrated RF solutions ● Widespread application of low-cost, high-performance and functionality wireless networks ● Emergence of 5G/6G, WI-FI 6e, satellite and advanced wireless network infrastructure rollouts Growing opportunity for advanced RF subsystems, modules and components. ● Demand for precise, high-speed signal conditioning interfaces between analog and digital ● Combining analog/digital signal processing capabilities into more highly integrated solutions ● Widespread application of low-cost, high-performance wireless network systems ● Convergence of computing, communications, and consumer electronics with state-of-the-art signal processing capability with less power consumption Complements original equipment manufacturer, or OEM, design, and manufacturing capabilities. ● Deliver high quality and feature improvements that service provider requires 9 ● Lower production costs and shorten product development cycles ● Adhere to flexibility, performance, streamlined procurement processes and value requirements Current and Future Target Markets. ● High speed terrestrial and satellite terminals (SATCOM, “Internet in the Sky”) ● 5G/Wi-Fi6E and 6G wireless infrastructure (Cellular Base Stations, Small Cells, Private Wi-Fi Networks) ● IoT (Internet of Things) ● Cloud farms, big data and MEC architecture ● Quantum supercomputers/Quantum research ● Deep space astronomy ● Autonomous self-driving vehicles ● Telemedicine, AR/VR (Augmented and Virtual Reality) ● Drones, UAVs (Unmanned aerial vehicles) ● Cyber-security ● Military/Defense ECM/EW Competition We face competition in the amplifier industry from many established players.
The cost of our research and development activities is incorporated into the unit selling prices and, as such, is borne directly by the customers. In addition to the research and development for our customers, we invest in research and development for new products on emerging technologies such as 5G/6G, cybersecurity, MMICs, IoT and wireless products for the future.
The cost of our research and development activities is incorporated into the unit selling prices and, as such, is borne directly by the customers. In addition to the research and development for our customers, we invest in research and development for new products on emerging technologies such as 5G/6G, cryogenic, cybersecurity, MMICs, IoT and wireless products for the future.
These rules may impose additional costs and may introduce new risks related to our ability to verify the origin of any conflict minerals used in our products. Suppliers Our material consists of purchased component parts used in our assembly process or distributed.
These rules may impose additional costs and may introduce new risks related to our ability to verify the origin of any conflict minerals used in our products. 11 Suppliers Our material consists of purchased component parts used in our assembly process or distributed.
Our hybrid design topologies include: · Discrete Microwave Integrated Circuit (MIC) · Pseudomorphic High Electron Mobility Transistor (PHEMT) · MIC and Low Noise MIC 7 Table of Contents We believe the discrete topology that we utilize provides various advantages: · Can easily optimize Voltage Standing Wave Ratio (VSWR) and Noise Figure · Flexibility of design; can easily adapt to change of specs, technology, etc. · Low DC power consumption · Can control and optimize gain flatness due to discrete gain stages · Optimum use of MIC technology and experience · Use of negative bias is not necessary · Specially selected components with specific parameters that yield proprietary results due to use in a particular configuration Research and Development To date, our research and development activities have primarily been conducted on new product designs to the extent as requested by the customers.
Our hybrid design topologies include: ● Discrete Microwave Integrated Circuit (MIC) ● Pseudomorphic High Electron Mobility Transistor (PHEMT) ● MIC and Low Noise MIC We believe the discrete topology that we utilize provides various advantages: ● Can easily optimize Voltage Standing Wave Ratio (VSWR) and Noise Figure ● Flexibility of design; can easily adapt to change of specs, technology, etc. ● Low DC power consumption ● Can control and optimize gain flatness due to discrete gain stages ● Optimum use of MIC technology and experience 8 ● Use of negative bias is not necessary ● Specially selected components with specific parameters that yield proprietary results due to use in a particular configuration Research and Development To date, our research and development activities have primarily been conducted on new product designs to the extent as requested by the customers.
ITEM 1. BUSINESS Business Overview AmpliTech Group Inc. (“AMPG,” “AmpliTech” or the “Company”), incorporated in 2010 in the state of Nevada, is the parent company of AmpliTech, Inc., and the Company’s divisions, Specialty Microwave, Spectrum Semiconductor Materials, AmpliTech Group MMIC Design Center (“AGMDC”) and AmpliTech Group True G Speed Services (“TGSS”).
ITEM 1. BUSINESS Business Overview AmpliTech Group Inc. (“AMPG,” “AmpliTech” or the “Company”), incorporated in 2010 in the state of Nevada, is the parent company of AmpliTech, Inc., and the Company’s divisions, Specialty Microwave, Spectrum Semiconductor Materials, AmpliTech Group MMIC Design Center (“AGMDC”) and AmpliTech Group True G Speed Services (“AGTGSS”).
Intellectual Property We regard domain names, tradename, customer relationships, trade secrets, proprietary technologies and similar intellectual property important to our success. We rely on contractual restrictions to protect our proprietary rights in products and services.
Intellectual Property We regard domain names, tradenames, customer relationships, trade secrets, proprietary technologies and similar intellectual property important to our success. We rely on contractual restrictions to protect our proprietary rights in products and services.
Strategic Alliances We explore opportunities with global OEMs by seeking out strategic alliances that improve sales and presence in the marketplace and expand our product line and capabilities, thereby broadening our customer base. Website We maintain a dynamic website to capture more business via worldwide customer searches for our products on the internet. Our website is available at www.amplitechinc.com.
Strategic Alliances We explore opportunities with global OEMs by seeking out strategic alliances that improve sales and presence in the marketplace and expand our product line and capabilities, thereby broadening our customer base. Website We maintain a dynamic website to capture more business via worldwide customer searches for our products on the internet.
In addition, consolidation in the amplifier industry could intensify the competitive pressures that we face. Many of our existing and potential competitors may be better positioned than we are to acquire other companies, technologies or products.
In addition, consolidation in the amplifier industry could intensify the competitive pressures that we face. Many of our existing and potential competitors may be better positioned than we are to acquire other companies, technologies or products. We compete based on technology, cost, and design flexibility.
Research and development costs for the years ended December 31, 2022 and 2021 were $1,024,127 and $1,833,399, respectively. Industry and Competition Market Overview We operate our business in the industry of high-power RF semiconductors.
Research and development costs for the years ended December 31, 2023 and 2022 were $2,341,845 and $1,024,127, respectively. Industry and Competition Market Overview We operate our business in the industry of high-power RF semiconductors.
We plan to use the information obtained from the IP story to file additional patents relating to our intellectual property and trade secrets. Employees As of March 26, 2023, we have thirty-six (36) full time and four (4) part-time employees. From time to time, we may hire additional workers on a contract basis as the need arises.
We plan to use the information obtained from the IP story to file additional patents relating to our intellectual property and trade secrets. Employees As of March 13, 2023, we have forty-six (46) full time employees. From time to time, we may hire additional workers on a contract basis as the need arises. 13
In August 2022, AmpliTech Group True G Speed Services (“TGSS”) division was formed to enable “true G speeds” to the industry. TGSS’ main function will be to plan and configure 5G radio systems and make them O-RAN compliant. TGSS will implement AmpliTech’s low noise amplifier devices in these systems to promote greater coverage, longer range and faster speeds.
In August 2022, we formed our AGTGSS division to enable “true G speeds” to the industry. AGTGSS’ main function will be to plan and configure 5G radio systems and make them O-RAN compliant. AGTGSS will implement AmpliTech’s low noise amplifier devices in these systems to promote greater coverage, longer range and faster speeds.
We believe this will enable us to scale up our products and revenue by developing full systems and subsystems with our unique technology as a core component, which we expect will position us as a global leader in these rapidly emerging technology sectors and addresses large volume markets as well, such as cellphone handsets, laptops, server networks, and many other applications that improve everyday quality of life. 4 Table of Contents The Company’s research and development initiative to expand its product line of low noise amplifiers to include its new 5G and wireless infrastructure products and MMIC designs is progressing significantly.
We believe this will enable us to scale up our products and revenue by developing full systems and subsystems with our unique technology as a core component, which we expect will position us as a global leader in these rapidly emerging technology sectors and addresses large volume markets as well, such as cellphone handsets, laptops, server networks, and many other applications that improve everyday quality of life.
On February 17, 2021, AmpliTech Group Inc.’s common stock and warrants commenced trading on NASDAQ under the symbols “AMPG” and “AMPGW,” respectively. A reverse split of the outstanding common stock at a 1-for-20 ratio became effective February 17, 2021, as of 12:01 a.m., Eastern Time. All share amounts have been retroactively re-stated to reflect the reverse split.
A reverse split of the outstanding common stock at a 1-for-20 ratio became effective February 17, 2021, as of 12:01 a.m., Eastern Time. All share amounts have been retroactively re-stated to reflect the reverse split.
Trade Magazines We advertise our products in Microwave Product Digest and Microwave Journal. 11 Table of Contents Customers We serve a diverse customer base located primarily in the United States, Europe and South Asia, in the aerospace, governmental defense, commercial satellite and wireless industries.
Trade Magazines We advertise our products in Microwave Product Digest and Microwave Journal. 12 Customers We serve a diverse customer base located primarily in the United States, Europe and South Asia, in the aerospace, governmental defense, commercial satellite and wireless industries. Some of our customers include Viasat, L3 Harris Technologies, CPI, Lockheed Martin, Microsemi, Cett Technology and Universal Enterprise.
These amplifiers are very useful for applications that require the absolute minimum amounts of noise injection for the growing market of low temperature applications, such as quantum computing, medical applications, RF imaging, research & development, space communications, accelerators, radiometry and telephony.
These amplifiers are very useful for applications that require the absolute minimum amounts of noise injection for the growing market of low temperature applications, such as quantum computing, medical applications, RF imaging, research & development, space communications, accelerators, radiometry and telephony. 6 Our re-designed cryogenic 4.0 – 8.0 GHz amplifiers for quantum computing have been tested and validated by a third-party laboratory for performance.
Some of our customers include Viasat, L3 Harris Technologies, Raytheon, Mercury Systems, Cett Technology and Universal Enterprise. As of December 31, 2022, there was one customer that accounted for 18% of our total revenue. We have both direct and indirect relationships with these customers domestically and abroad via exclusive and non-exclusive sales representatives.
As of December 31, 2023, there was one customer that accounted for 8.45% of our total revenue. We have both direct and indirect relationships with these customers domestically and abroad via exclusive and non-exclusive sales representatives.
The capital balances have been retroactively adjusted to reflect the reverse acquisition. On September 12, 2019, AmpliTech Group Inc. acquired substantially all of the assets of Specialty Microwave Corporation, a privately held company based in Ronkonkoma, NY. The purchase included all inventory, orders, customers, property and equipment, and goodwill.
The Company has both domestic and international customers in such industries as aerospace, governmental, defense and commercial satellite. On September 12, 2019, AmpliTech Group Inc. acquired substantially all of the assets of Specialty Microwave Corporation, a privately held company based in Ronkonkoma, NY. The purchase included all inventory, orders, customers, property and equipment, and goodwill.
It is Digital Beam Forming Compliant With O-RAN/Keysight O-DU. This product uses proprietary technology comprised of existing core LNA products as well as MMICs from our newly launched AGMDC in Texas.
This new phase array product supports 3.4-4.0 GHz and 2.496-2.69 GHz, with 8 x 4 x 2 = 64 Active Phased Array Elements. It is Digital Beam Forming Compliant With O-RAN/Keysight O-DU. This product uses proprietary technology comprised of existing core LNA products as well as MMICs from our AGMDC division in Texas.
Our Products and Services Our core AmpliTech Inc. division offers products consisting of connectorized RF amplifiers and related subsystems, operating at frequencies from 50kHz to 44GHz, including low noise amplifiers, medium power amplifiers, cryogenic amplifiers, and custom assembly designs for the aerospace, governmental, defense and commercial satellite markets.
Our Products and Services Our core AmpliTech Inc. division offers products consisting of connectorized RF amplifiers and related subsystems, operating at frequencies from 50kHz to 44GHz, including low noise amplifiers, medium power amplifiers, cryogenic amplifiers, and custom assembly designs for the aerospace, governmental, defense and commercial satellite markets. 5 Our fully operational AGMDC division in Texas has successfully transferred our proprietary technology from connectorized products into monolithic microwave integrated circuits, (MMICs) and is offering in chip form, LNA’s, power amplifiers, filters, attenuators, thru lines and has the ability to provide custom design projects.
Government’s System for Award Management (“SAM”). 10 Table of Contents Raw Materials We purchase a variety of raw materials, primarily consisting of high temperature alloy sheet metal and castings, forgings, pre-plated metals and electrical components from various vendors.
Government’s System for Award Management (“SAM”). Raw Materials We purchase a variety of raw materials, primarily consisting of high temperature alloy sheet metal and castings, forgings, pre-plated metals and electrical components from various vendors. The materials used by our operations are generally available from several sources and in sufficient quantities to meet current requirements subject to normal lead times.
The Company offers multiple IC packaging and lids product lines according to desired product specifications, device performance, dimensions, resistances, and tolerances.
The Company offers multiple IC packaging and lids product lines according to desired product specifications, device performance, dimensions, resistances, and tolerances. PHEMT MMIC Technology LNA’s AmpliTech’s new line of low noise amplifiers introduces high performance, high reliability MMIC-based designs.
Medium Power Amplifiers Medium Power Amplifiers, or MPAs, provide increased output power and gain in transceiver chains to increase signal power and maintain dynamic range and linearity in radars, base-stations, wireless networks, and almost every communication system. 6 Table of Contents Satellite Access Point Block Downconverter (BDC) The Specialty Microwave BDC assembly is used as a test device on Satellite Access Point (SAP) antennas located worldwide.
Medium Power Amplifiers Medium Power Amplifiers, or MPAs, provide increased output power and gain in transceiver chains to increase signal power and maintain dynamic range and linearity in radars, base-stations, wireless networks, and almost every communication system.
The following table describes supplier concentration based upon the percentage of materials purchased from each supplier for 2022: Supplier A $ 4,575,688 44.15 % Supplier B 3,036,215 29.29 % Supplier C 901,155 8.70 % Supplier D 421,027 4.06 % Supplier E 122,030 1.18 % All other suppliers (approximately 104) 1,308,461 12.62 % Total $ 10,364,576 100 % Marketing We employ an aggressive and focused approach to market our products, at various venues including trade shows, strategic alliances, websites and trade magazines.
The following table describes supplier concentration based upon the percentage of materials purchased from each supplier for 2023: Supplier A $ 1,751,735 33.14 % Supplier B 908,273 17.18 % Supplier C 800,132 15.14 % Supplier D 363,554 6.88 % Supplier E 236,303 4.47 % All other suppliers (approximately 104) 1,226,485 23.19 % Total $ 5,286,482 100 % Marketing We employ an aggressive and focused approach to market our products, at various venues including trade shows, strategic alliances, websites and trade magazines.
Trade Shows We attend trade shows such as MTTS (Microwave Theory and Techniques Show), IMS (International Microwave Symposium), European Microwave Symposium, SATCON, MILCOM and the American Institute of Physics Exhibit (APS). We also sponsor some trade shows to gain recognition and presence.
Trade Shows We attend trade shows such as IMS (International Microwave Symposium), European Microwave Symposium, MWC (Mobile World Congress) and the Satellite Show in Washington D.C. We also sponsor some trade shows to gain recognition and presence.
On November 19, 2021, AmpliTech Group, Inc. entered into an Asset Purchase Agreement with SSM, pursuant to which AmpliTech would acquire substantially all of the assets of SSM.
On November 19, 2021, AmpliTech Group, Inc. entered into an Asset Purchase Agreement with SSM, pursuant to which AmpliTech would acquire substantially all of the assets of SSM. SSM, located in Silicon Valley (San Jose, CA), was a global authorized distributor of IC packaging and lids for semiconductor device assembly, prototyping, testing, and production requirements.
In connection with the acquisition of our Specialty Microwave Division (SMW), we began designing and manufacturing passive microwave components and related subsystems that meet individual customer specifications for both domestic and international customers. Our SSM division is a globally authorized distributor of integrated circuit (IC) packaging and lids for semiconductor device assembly, prototyping, testing, and production requirement.
Over 25 new MMIC chip technology products were released during 2023. In connection with the acquisition of our Specialty Microwave Division (SMW), we began designing and manufacturing passive microwave components and related subsystems that meet individual customer specifications for both domestic and international customers.
TGSS will implement AmpliTech’s low noise amplifier devices in these systems to promote greater coverage, longer range and faster speeds. 5 Table of Contents The COVID-19 Pandemic The COVID-19 pandemic had disrupted and affected our business operations, which has led to business and supply chain disruptions.
AGTGSS will also be providing full installation of Private 5G Networks (P5G) which includes the deployment of AmpliTech Group developed radio units. AGTGSS will implement AmpliTech’s low noise amplifier devices in these systems to promote greater coverage, longer range and faster speeds.
Through our AmpliTech TGSS division, we are actively developing and currently manufacturing our newest product line of Open Radio Unit For Sub 6GHz expecting full deployments in late 2023, early 2024 fiscal year. This new phase array product supports 3.4-4.0 GHz and 2.496-2.69 GHz, with 8 x 4 x 2 = 64 Active Phased Array Elements.
Our SSM division is a globally authorized distributor of IC packaging and lids for semiconductor device assembly, prototyping, testing, and production requirement. Through our AGTGSS division, we are actively developing and currently manufacturing our newest product line of Open Radio Unit For Sub 6GHz expecting full deployments in late 2024.
The materials used by our operations are generally available from several sources and in sufficient quantities to meet current requirements subject to normal lead times. However, recent cost inflation and potential supply chain disruptions resulting from the novel coronavirus COVID-19 pandemic may lead to higher material costs in fiscal 2023.
However, recent cost inflation and potential supply chain disruptions may lead to higher material costs in fiscal 2024.