TE Connectivity 2026 Acquisitions Connector Sourcing Map

Three deals in six months — and each one reshuffles a different connector pocket

Between March and August 2026, TE Connectivity (NYSE: TEL) announced three acquisitions that together redraw the map of who owns which connector family in the European and North American power, e-mobility and automotive plastics stacks. The announcements were:

03 March 2026 — TE acquires the EV charging inlet business from Phoenix Contact. The DC Advisory team advised Phoenix Contact on the sale; the carve-out covers Phoenix Contact's high-power charging inlet assemblies used on European EV platforms.
22 July 2026 — TE reports Q3 FY2026 results (14% sales growth, 19% EPS growth, AI data-center revenue run-rate hitting $3B a year early, orders up 27% to a record) and announces it will buy Astrodyne TDI for $1.4 billion. Astrodyne brings EMI filters, single- and three-phase power supplies, and RF immunity components used inside industrial drives, medical imaging, and semiconductor fab tools into the TE umbrella.
27 August 2026 — TE announces it will acquire HENN's automotive plastics business. HENN is a German Tier-1 moulder of technical plastics; the deal folds injection-moulded connector housings, fuse boxes and high-current power distribution enclosures into TE's automotive connector supply chain.

Three different products, three different end markets — but the same theme: a large strategic connector buyer (TE) is consolidating the upstream and downstream supply chain for power, e-mobility and automotive electronics. If you source connectors through the independent channel, you are about to be asked for parts that used to ship under three different brand labels and will increasingly ship under one (TE Connectivity), with the corresponding shift in the franchise distribution tiers. This article walks through what each deal means at the connector-family level, where the cross-references inside our catalog already anchor, and the realistic sourcing playbook for buyers who want to keep a non-franchised channel open.

Deal 1 — Phoenix Contact EV charging inlet: who owns the CHARX-style charging port now?

What changed

Before March 2026, Phoenix Contact's "Automotive OEM E-Mobility" carve-out produced CCS2 (Combo 2) and high-power DC charging inlets for European EV platforms — the metal housing, the power and signal contact set, the locking actuator, the cable-side cold-shrink boots. Phoenix Contact branded these under the CHARX family and sold them to OEMs as a complete inlet assembly. When TE acquired the business in March 2026, TE took the assembly line, the engineering team, and the OEM customer book; Phoenix Contact retained the rest of its e-mobility product range (CHARX control modules, DC charging controllers, AC charging components for non-automotive applications).

For an automotive Tier-1 harness shop or an EV OEM program manager, what that means in practice is: the same factory in Germany that built the Phoenix Contact CCS2 inlet last year is still building it this year, but the part number prefix is now under a TE Connectivity umbrella, and the OEM is told to send future RFQs to TE. The moulds, the contact geometry, the actuator, the IP68 sealing — all unchanged. The OEM-facing brand label is what changed.

What an independent-channel buyer actually needs

Two scenarios land on a sourcing desk after this kind of announcement:

In-production EV program that needs a 200–500 unit replenishment of an existing CCS2 inlet MPN to cover a recall, a temporary line stop, or a service-parts top-up. The OEM cannot accept the Phoenix Contact brand label any longer — the buyer is told the part is now a TE Connectivity part. The buyer needs a date-coded, lot-traceable sample that electrically and mechanically mates with the existing harness.
Aftermarket / service — repair shops and Tier-1 service centres that pulled a Phoenix Contact CHARX part number off a 2024-build EV and now need to replace it. They want a drop-in.

In neither scenario does the buyer want to pay a price premium for an "official" TE-branded part if the OEM warranty is independent of the brand label. What they want is engineering equivalence, a date code, and traceability.

What our catalog already anchors

We hold the adjacent families an independent buyer touches when sourcing through TE in this segment:

The Phoenix Contact CHARX modular DC charging system is documented in our existing article phoenix-contact-charx-te-ev-charging-connector-sourcing-q3-2026 (article id:49), which walks through the CCS2 / NACS / GB/T inlet cross-reference and where TE enters the EV charging conversation. That article remains the first stop for anyone who has been asked to substitute a CHARX part.
The Deutsch DT, DTM, HD30 and HD10 sealed connector families — covered in article id:59 — are the wiring-harness-side mating halves most CCS2 inlet harnesses use for the LV signal return and the HV interlock loop (HVIL).
TE VAL-U-LOK 4.20 mm vertical and right-angle headers (article id:57) carry the LV control signals inside the same inlet assembly.

For an EV program manager reading this in late August 2026, the practical message is that the supplier-of-record changed, not the connector geometry. Cross-reference tools inside the catalog — including our brand-level TE Deutsch Connectors page — let a buyer search by the original Phoenix Contact MPN pattern, find the TE-compatible SKU, and confirm the mating half.

Deal 2 — Astrodyne TDI: where EMI filters and industrial power supplies now live

What changed

Astrodyne TDI was a privately held US power-conversion specialist with three operating units — Astrodyne (EMI filters and power supplies), TDI (custom three-phase power solutions), and the on-line brand TDK-Lambda-adjacent house products sold under the "Astrodyne TDI" umbrella. TE announced on 22 July 2026 that it would acquire the company for $1.4 billion in cash; the deal closes in TE's fiscal Q4 2026 / calendar Q1 2027. TE framed the acquisition as complementary to its existing data-center and industrial power connector portfolio — specifically the high-current PCB headers, the backplane connectors, and the IEC 60320 inlet/outlet families it already sells into the same OEMs.

For the industrial OEM world, the consequence is straightforward: the EMI filter that used to be sourced as an "Astrodyne FXX-YYY" SKU will increasingly be cross-referenced against TE's "AX-XXX" house numbering, and the EMI/EMC qualification documentation will be reissued under the TE Connectivity logo. The component itself — the toroidal inductor, the X/Y safety capacitor network, the feedthrough terminal — does not change. The agency certifications (UL, CE, IEC/EN 60601-1 for medical) carry over.

Why an independent-channel connector buyer cares

Two reasons:

Power inlet and IEC connector families. Astrodyne's industrial power supplies carry IEC 60320 C13/C14/C19/C20 inlets as standard. TE already sells those families in volume. The combined catalog is essentially the same connector family but the application engineering around it (pre-fitted, agency-listed inlet + filter assemblies) now flows through one supplier.
RF and EMI filter connector hardware. Astrodyne's coaxial feedthrough filters and DC power-line filters sit adjacent to TE's Greenpar N-type, BNC and QMA coaxial connector families — the same kind of 50 Ohm interconnect used in industrial RF, broadcast and semiconductor fab tooling. Independent-channel buyers who pair an Astrodyne filter with a Greenpar or BNC jack on the back of a power supply now source both ends of that interface through one supplier's umbrella.

Catalog anchors for this deal

Our TE Connectivity AMP Connectors catalog page holds the coaxial and RF connector families that pair with the new TE-owned Astrodyne filter line:

1-1337629-0 — TE Greenpar N-Type plug, male pin, 50 Ohms, DC to 11 GHz, 0.3 dB insertion loss, brass body with nickel finish, PTFE dielectric, gold-over-brass centre contact, 500 mating cycles, RG-8A / RG-213 cable group. Rated to 1000 V and -65 °C to 165 °C. The cable-end half of the N-type interface; pairs with a jack or bulkhead receptacle on the panel or instrument side.
1408348-1 — TE QMA jack, female socket, 50 Ohm, 6 GHz, RG-402 (.141" semi-rigid) cable group, solder termination, snap-on fastening, brass body with gold finish, 100 mating cycles. The quick-lock RF family used inside industrial enclosures where bayonet-style BNC is too slow but lab-grade SMA is over-spec.
414373-1 — TE BNC jack, female socket, 50 Ohm, 4 GHz, 500 V, through-hole right-angle mount, bayonet lock, zinc body with nickel finish, 500 mating cycles. The default panel-mount RF jack for test equipment, broadcast, and industrial RF enclosures.
5227222-6 — TE BNC jack, female socket, 50 Ohm, 4 GHz, 500 V, panel mount through-hole, solder termination, gold centre contact, board guide / isolated, zinc body with nickel finish, 500 mating cycles. Variant for board-edge shielding and isolated ground layouts.
2385341-1 — TE between-series RF adapter, 1.35 mm jack to 1.85 mm plug, straight, 50 Ohm, 67 GHz, stainless steel body, gold-plated beryllium copper contacts, 500 mating cycles. The 67 GHz ceiling puts this inside the V-band / 5G mmWave test-fixture envelope that drives the 2026 semiconductor ATE market.
9-50427-1 — TE copper-alloy ferrule, tin finish, silver colour, bulk. The crimp-shield termination ferrule used to land the cable braid on TE Greenpar and Astrodyne-style RF assemblies.

The cross-reference point is simple: an industrial OEM that today buys an Astrodyne filter and a TE AMP coaxial jack separately will, after the deal closes, increasingly see a TE-Astrodyne filtered inlet assembly sold as one SKU. Independent-channel buyers who need the same combination but in smaller volumes or with date-code traceability should anchor to the listed TE AMP MPNs and confirm the filter specification in writing.

Deal 3 — HENN automotive plastics: where the housing moulds come from

What changed

HENN GmbH is a German Tier-1 moulder of technical plastics; the company runs injection moulding, two-shot moulding, and assembly lines for connector housings, fuse boxes, and high-current power distribution enclosures used by European automotive OEMs. On 27 August 2026, TE announced it would acquire HENN's automotive plastics business — specifically the connector-housing and high-current enclosure production lines. HENN retains its non-automotive plastics business.

The strategic logic for TE is vertical integration. The TE Deutsch DT/DTM/HD30/HD10 sealed connector families (covered at length in article id:59 in our editorial series) are predominantly thermoplastic-housed; the housing tooling is complex, the mould cycle times are long, and a stable housing supply is the limiting factor on production runs. Bringing HENN's moulding capacity in-house lets TE decouple housing supply from external moulder lead times for the high-volume DT family.

What changes for an independent-channel buyer

Two things, both subtle:

Tooling ownership, not part number. The DT housings keep their TE Deutsch part numbers (DT04-2P, DT06-2S, etc.); the mould is now a TE asset, not a HENN asset. From a buyer's perspective, no observable change at the MPN level.
Mould capacity may improve. When TE owns the mould and runs it on its own cycle, third-party moulder capacity constraints stop being the reason a DT 12-position housing is on a 16-week lead time. If TE routes the HENN moulds into its own plants, the realistic effect is a shorter quote-to-ship window on the standard DT family — particularly for high-volume catalog sizes (2P, 3P, 4P, 6P housings).

For a buyer at a Caterpillar harness shop, a John Deere wiring program, a PACCAR MRO desk, or a Tier-1 wiring harness manufacturer, the practical message is to confirm that the TE Deutsch DT / DTM / HD30 / HD10 part numbers you currently source still carry the same date-code format and QC documentation. If anything, the lead time should tighten.

Catalog anchor

The DT/DTM/HD30/HD10 sealed families are documented inside our existing te-deutsch-dt-dtm-hd30-hd10-sealed-off-highway-q3-2026 article (id:59), which maps the standard DT size envelope (DT 2P, 3P, 4P, 6P, 12P) against the substitution rules inside the family, plus the realistic cross-reference to HD30 (circular bayonet, 6–47 circuits) and HD10 (smaller-pitch sealed). A buyer who needs date-coded Deutsch DT stock without going through the TE franchise desk should still anchor to the standard TE Deutsch Connectors brand page and the DT family product list.

The TE Q3 FY2026 result that is doing the most damage to lead times

The Astrodyne deal did not come out of nowhere. TE Connectivity's Q3 FY2026 print on 22 July 2026 told the same story that Amphenol, Molex and JST have all been telling for three quarters: AI data-center demand is running faster than the high-speed connector and power connector production capacity can scale. TE specifically disclosed:

Net sales up 14% year on year, well above the guidance band.
EPS up 19% year on year.
AI data-center revenue run-rate passing $3 billion a year earlier than originally guided.
Orders up 27% to a record level.

The strategic consequence — explained directly by management on the call — is that TE is using cash flow to bolt on adjacent power-conversion and plastics businesses (Astrodyne, HENN) so it can control more of the bill of materials feeding AI data-center, EV charging and automotive electronics customers. The cost is that the buyer of a non-AI connector family (a Deutsch DT, a TE MTA-100, a TE Greenpar) is now in the same production queue as the AI data-center backlog. Lead times on catalog parts can lengthen even when order book growth is healthy, simply because TE is optimising for revenue per line, not output per SKU.

A buyer's response is not to panic — it is to (a) keep an eye on aiDemandScore-based catalog ordering so the highest-priority SKUs surface first, (b) pre-qualify a second-source equivalent for any single-sourced TE part, and (c) confirm in writing whether the part you are buying is on a fixed production schedule or pulled on demand. Our editorial series on TE VAL-U-LOK (article id:57), TE Dynamic Series (article id:51), TE MTA-100 / MTA-156 (article id:50) and TE AMPMODU 2.54 mm (article id:43) all walk through specific families and the realistic substitution maps for each.

What an independent-channel buyer should do — five rules for Q4 2026

Rule 1 — Confirm the OEM warranty before chasing a price

A Phoenix Contact EV inlet part number and a TE Connectivity EV inlet part number, on the same metal, with the same moulds, can carry different OEM warranty terms. Confirm with the OEM whether the TE relabel preserves warranty status before pricing the part.

Rule 2 — Hold a 90-day safety stock on long-tail TE families

TE's record order book and 27% order growth mean the bottleneck is production scheduling, not part cost. For long-tail TE families that are not on AI data-center allocation (Deutsch DT, MTA-100, AMPMODU 2.54, sealed circular connectors), a 90-day safety stock matched against the realistic 12-week lead time absorbs two production-scheduling surprises without overstock.

Rule 3 — Cross-reference before you re-spec

The Phoenix Contact CCS2 inlet and the TE equivalent share a mating half. The Astrodyne filter and the TE AMP equivalent share an IEC 60320 inlet. The HENN moulded DT housing and the in-house TE equivalent are physically the same part. Cross-reference at the MPN level before re-specifying a BOM — the substitution is usually mechanical, but the documentation is not.

Rule 4 — Use aiDemandScore to prioritise RFQs

The catalog ranks every SKU by aiDemandScore. SKUs at score 95 are the catalog's pre-qualified priority candidates — these are the SKUs we have confirmed supply chain, agency documentation, and specification evidence for. A buyer who is told to land a specific TE MPN should anchor against the aiDemandScore ordering on the TE AMP Connectors page before sending an RFQ.

Rule 5 — Verify in writing, photograph the date code

Independent-channel stock, by definition, is not under TE franchise. Date codes must be checked at receipt, lot codes cross-referenced against the original manufacturer traceability records, and the agency certification (UL, CE, IEC/EN 60601-1 for medical) verified in writing by the distributor before installation. We hold the datasheets for the listed SKUs and provide them against RFQ confirmation.

What this does NOT mean

A few caveats, written explicitly so a reader does not misread the three acquisitions:

TE is not exiting the connector franchise channel. The three acquisitions do not change TE's authorised distributor model. The franchise still exists, the pricing tiers still apply, the OEM warranty still flows through authorised channels. What changed is that the upstream and downstream supply chain is more integrated inside TE.
Independent-channel stock is still legitimate. Date-coded, lot-traceable TE stock sourced through an independent distributor remains a valid procurement path for MRO, service, low-volume production, and aftermarket. What an independent channel does not carry is the OEM warranty service. Buyers should not misrepresent either path.
Phoenix Contact is not exiting the e-mobility market. Phoenix Contact retains its CHARX controllers, DC charging control electronics, and AC charging portfolio. The carve-out covers the high-power charging inlet assemblies only.
HENN is not exiting plastics. HENN retains its non-automotive plastics business. The carve-out covers the automotive connector housing lines.
Astrodyne is not exiting filters. The Astrodyne TDI brand and product portfolio continues under TE; what changes is the corporate ownership and the eventual corporate label on the datasheets.

Honest disclosure — what we will and will not do for a buyer

We sit on the independent-channel side. We hold TE Connectivity AMP Connectors product lines, TE Deutsch DT/DTM/HD30/HD10 sealed families, and the adjacent Phoenix Contact, Molex, JST, Hirose, HARTING, Weidmüller and Würth Elektronik lines that an OEM buyer cross-references in this segment. We hold datasheets for the SKUs listed in this article. We photograph date codes at receipt. We cross-reference the original manufacturer traceability records.

What we do not do:

We do not represent any of these brands as authorised.
We do not issue OEM warranty service on any of these families.
We do not bypass any restricted-distribution agreement.
We do not misrepresent the source of any part.

A buyer who needs a franchised TE warranty service, a controlled-distribution Phoenix Contact CHARX service part, or an authorised Astrodyne EMI filter build should go to the franchise channel. A buyer who needs a 200–500 unit replenishment on a date-coded part, an MRO top-up, an aftermarket replacement, or a low-volume prototype build should consider the independent channel — and confirm in writing the date code, lot code, and agency documentation before placing the order.

Closing

The three deals TE Connectivity announced in 2026 — Phoenix Contact EV charging inlets in March, Astrodyne TDI in July, and HENN automotive plastics in August — add up to one consistent message: the boundary between connector manufacturers, power-electronics suppliers, and plastics moulders is collapsing in the segments where AI data center, EV charging, and high-current automotive electronics are competing for the same production capacity. For a connector buyer, the practical consequence is that the supplier-of-record on a part number can change, but the connector geometry rarely does. Cross-reference at the MPN level, anchor against the catalog aiDemandScore ordering, and verify in writing.

The TE catalog is on the site at /te-connectivity-amp-connectors/ for the RF and power connector families, /te-connectivity-deutsch-connectors/ for the sealed DT/DTM/HD30/HD10 lines, and /phoenix-contact/ for the e-mobility cross-reference. Each brand page carries the full SKU list with specifications, aiDemandScore, and RFQ routing. For buyers who want a written quote with date codes and lot traceability, send the MPN and the required quantity — the independent-channel playbook for landing the part without misrepresenting an OEM warranty is the same as it has been for the past decade: photograph, verify, document, ship.

For each MPN on this page, MOQ is documented alongside price-tier breaks; the TE AMP Connectors SKUs listed in this article (1-1337629-0, 1408348-1, 414373-1, 5227222-6, 2385341-1, 9-50427-1) ship with MOQ starting at one piece against RFQ confirmation, with the next-tier price break at 10 units. The TE Deutsch DT/DTM/HD30/HD10 sealed families follow a similar MOQ schedule. Confirm MOQ and lead time in writing before placing the order.