LDA Technologies
Circuit mix
Where LDA Technologies shows up, by circuit. Each event counts once: 2 if it sponsored, 1 if it only had speakers. Hover a segment for the conference.
- Software engineering & trading tech100%26 events
Presence by conference and year
Each cell is one conference in one year. Fill shows the company sponsored, shaded by its best tier that year; a dot means it had speakers there. Hover for details; click to open the event.
- Title
- Platinum
- Gold
- Silver
- Bronze
- Other / unlabeled tier
- Had speakers
| Conference | 2019 | 2020 | 2021 | 2022 | 2023 | 2024 | 2025 | 2026 | 2027 | 2028 |
|---|---|---|---|---|---|---|---|---|---|---|
| STAC Summit |
Activity by year
Three measures on one year axis; each panel has its own scale. 2027, 2028 is still mostly ahead, so its bars are faded and incomplete.
Conferences present at
Distinct conferences each year, split by whether the company sponsored or only had speakers there.
- Sponsored
- Speakers only
Distinct speakers
People from this company on a program that year, each counted once.
Sponsorships by tier
Sponsorship rows per year (one per event and listing), stacked by normalized tier.
- Other / unlabeled
Where they've grown or pulled back
Sponsored 1 conference in 2026, the first year on record.
Counted per conference. 2026 is the latest year whose conferences have mostly happened. Tiers use the best tier each year; swatches show the path, oldest first. A conference counts as pulled out only when a later event published a complete sponsor list, since most events don’t say whether their list is complete.
Not on the company map: lookalikes are computed only for companies present at four or more conferences.
Often sponsors alongside
Companies that sponsored the same events, by number of shared events (out of 6 this company sponsored).
| Company | Shared events | Share |
|---|---|---|
| AMD | 6 | 100% |
| Options Technology | 6 | 100% |
| Supermicro | 6 | 100% |
| Amazon Web Services | 5 | 83% |
| Arista | 5 | 83% |
| Dell Technologies | 5 | 83% |
| Blackcore Technologies | 4 | 67% |
| DDN | 4 | 67% |
| Everpure | 4 | 67% |
| 4 | 67% | |
| Hewlett Packard Enterprise | 4 | 67% |
| Hypertec | 4 | 67% |
| ICC (Intelligent Computing Concepts) | 4 | 67% |
| Jabil | 4 | 67% |
| Keysight | 4 | 67% |
Sponsorships 6
| Event | Date | Place | Tier as listed | Normalized tier |
|---|---|---|---|---|
| STAC Summit New York, Fall 2026 | Oct 21, 2026 | New York, United States | SUPPORTING and Additional Sponsors | Other |
| STAC Summit London, Fall 2026 | Oct 6, 2026 | London, United Kingdom | SUPPORTING and Additional Sponsors | Other |
| STAC Summit Chicago, Spring 2026 | Jun 4, 2026 | Chicago, United States | SUPPORTING and Additional Sponsors | Other |
| STAC Summit New York, Spring 2026 | May 20, 2026 | New York, United States | SUPPORTING and Additional Sponsors | Other |
| STAC Summit London, Spring 2026 | Apr 29, 2026 | London, United Kingdom | SUPPORTING and Additional Sponsors | Other |
| STAC Summit Hong Kong, Spring 2026 | Apr 15, 2026 | Hong Kong, Hong Kong SAR China | SUPPORTING and Additional Sponsors | Other |
Speakers 20
| Speaker | Event | Role | Talk | Links |
|---|---|---|---|---|
| Sergey Sardaryan | STAC Summit Asia (Singapore), Spring 2024 | speaker | The Fast Lane to Connectivity: Unparalleled performance and minimal latency with LDA's cutting-edge product line. | — |
| Vahan Sardaryan | STAC Summit Chicago, Spring 2024 | speaker | The Fast Lane to Connectivity: Unparalleled performance and minimal latency with LDA's cutting-edge product line. | — |
| Vahan Sardaryan | STAC Summit New York, Spring 2024 | speaker | The Fast Lane to Connectivity: Unparalleled performance and minimal latency with LDA's cutting-edge product line. | — |
| Vahan Sardaryan | STAC Summit London, Spring 2024 | speaker | The Fast Lane to Connectivity: Unparalleled performance and minimal latency with LDA's cutting-edge product line. | — |
| Vahan Sardaryan | STAC Summit London, Fall 2023 | speaker | LDA goes PCIe: Redefining ultra-low latency for PCIe on LDA Orion boards | — |
| Vahan Sardaryan | STAC Summit New York, Fall 2023 | speaker | LDA goes PCIe: Redefining ultra-low latency for PCIe on LDA Orion boards | — |
| Vahan Sardaryan | STAC Summit New York, Spring 2023 | speaker | Introducing LDA Revo: a specialized high-density device for line arbitration | — |
| Vahan Sardaryan | STAC Summit Chicago, Spring 2023 | speaker | Introducing LDA Revo: a specialized high-density device for line arbitration | — |
| Vahan Sardaryan | STAC Summit London, Spring 2023 | speaker | Introducing LDA Revo: a specialized high-density device for line arbitration | — |
| Vahan Sardaryan | STAC Summit Asia (Singapore), Spring 2023 | speaker | Introducing LDA Revo: a specialized high-density device for line arbitration | — |
| Vahan Sardaryan | STAC Summit Chicago, Fall 2022 | speaker | Ultimate latency reduction with LDA 10/25/40G product suite. | — |
| Vahan Sardaryan | STAC Summit New York, Fall 2022 | speaker | Ultimate latency reduction with LDA 10/25/40G product suite. | — |
| Vahan Sardaryan | STAC Summit New York, Spring 2022 | speaker | LDA NeoTap: a leading edge solution for 10/25/40G tap aggregation and timestamping | — |
| Vahan Sardaryan | STAC Summit London, Spring 2022 | speaker | LDA NeoTap: a leading edge solution for 10/25/40G tap aggregation and timestamping | — |
| Vahan Sardaryan | STAC Summit Chicago, Spring 2022 | speaker | LDA NeoTap: a leading edge solution for 10/25/40G tap aggregation and timestamping | — |
| Vahan Sardaryan | Global STAC Live, Spring 2021 | speaker | Latency-Optimized FPGA Acceleration Platforms | — |
| Vahan Sardaryan | Global STAC Live, Spring 2020 | speaker | LDA Neo: where functionality meets ultra-low latency | — |
| Vahan Sardaryan | STAC Summit Chicago, Fall 2019 | speaker | Winning the Race: Ultra-Low Latency with LDA | — |
| Vahan Sardaryan | STAC Summit New York, Fall 2019 | speaker | Winning the Race: Ultra-Low Latency with LDA | — |
| Vahan Sardaryan | STAC Summit Hong Kong, Fall 2019 | speaker | Winning the Race: Ultra-Low Latency with LDA | — |